Battlefield archaeology

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Battlefield Archaeology is the study of military skirmishes, topography of the battlefield, and what was left behind.[1] For instance, common artifacts would be cannons and firearm fragments from a Revolutionary War battle. Data cannot be counted as evidence until a pattern is found. An example would be a unique looking bullet. If the artifact doesn't match any other data collected, the piece more than likely wasn't part of the conflict being studied.[2] Information is found through historical references, regional archaeologists, and previous studies.[1] The division of Archaeology began in North America with Dr. Douglas D. Scott's, National Park Service, metal detecting of Little Bighorn Battlefield National Monument in 1983. It is not considered distinct from Military archaeology or Recceology (i.e., the recovery of surface finds and non-invasive site surveying). Archaeological battlefields consist of skirmishes, sieges, camps, and training sites. Examination of these locations gives insight to what tactics were being used, weapon modifications, and battle formations.[3]

Whilst the battlefield is a contemporary concept, the archaeology of battlefields incorporates the study of both ancient and modern military technologies, features and conflicts. It may also incorporate events such as civil unrest, including public demonstrations and riots. The discipline, therefore, applies the approaches and techniques of archaeology to military and civil conflict. Conflicts in the twentieth century in particular have been characterised by wars of ethnicity, nationality and identity, where civilians and civilian environments (i.e., domestic buildings, urban centres) have become involved in warfare, and are often inseparable from it.[4] This is also known as 'Total War', understood by the engagement of entire populations and economies within the sphere of warfare. The archaeology of contemporary conflict, therefore, is a 'total' project, considering the impact of conflict and modern weapons systems on civilian as well as military targets.

The study of the relationships and contexts of the material by-products of war give an alternate account to the version recorded in a history book, poem, or witness account, which may be constructed though bias, or may present only a limited perspective of the events.

Prosecution of battlefield thieves rarely occurs. Most penalties do not include jail time but usually involve a confiscation of items or metal detectors. Laws have been passed to deter criminals, but looting still occurs. The National Historic Preservation Act (NHPA) was one such act, but lacks penalties needed to deter crime.[5]

History of battlefield archaeology[edit]

Battlefield archaeology was first used in England at the site of the battle of Naseby. Between 2006 and 2008 the Council for British Archaeology conducted a resource assessment for English Heritage, creating a database of more than 200 battlefields in England. According to the report, "battlefields [in England] older than 1066 are at present almost impossible to locate". By 2012 there was no comparable database for Europe, though 56 battlefields had been ascertained for Scotland.[6] The Register of Historic Battlefields, now maintained by Historic England, was founded in 1995.[7]

World War One archaeology[edit]

The First World War exhibited a conflict that mobilised large numbers of soldiers and a sophisticated and diverse array of material culture.[8] Battlefield Archaeology in this arena has dealt with the battlefields of conflict, where human action and technology shaped the landscape into recognisable and extensive features. It also concerns the study of material culture associated with individuals: including 'trench art', such as engraved shells and the personal belongings of private soldiers, officers and civilian staff.

Excavations and survey work have also been conducted in southern Jordan,[9] known for the conflict during World War One between Ottoman forces, Bedouin tribes-people and British forces commanded by T.E. Lawrence (the 'Great Arab Revolt'). The project looked for the militarised footprint of the conflict, basing its conclusions on trench systems, army camps and the refuse of forces (small-finds including coins, bullets and other military gear).

Hazards[edit]

Excavations on the Western Front often occur for humanitarian reasons, namely the recovery and identification of human remains and the disposal of unexploded ordnance. The unique conditions of Western Front excavations often pose a threat for archaeological excavations. For example, during the first five hours of the Kaiserschlacht ('Spring Offensive'), over one million shells were fired by the Germans into the Allies' lines across the entire 150-mile front.[10] The million shells fired during the beginning of the Spring Offensive are only a small sample of the total used during the war. Most of the shell casings were dumped on the battlefields and a considerable number of shells did not detonate upon impact. Archaeologists conducting excavations at World War One sites are often at risk not just from the unexploded ordnance but from the environmental pollution caused by the deterioration of ordnance, shell and bullet casings, and various other forms of battlefield debris. A study conducted at the Ypres battlefield in 2008 concluded that the highest level of copper contamination of the soil was over 200 mg/kg, which was higher than the background threshold of 17 mg/kg.[11] The large area in France, where the levels of heavy metals from battlefield debris can negatively impact the health of flora and fauna is labeled by the French government as Zone Rouge (Red Zone). The French Government created Département du Déminage for the purpose of collecting and detonating unexploded ordnance in the Red Zone.

The majority of artillery shells recovered during archaeological excavations or by demining operations are from World War One. This is due to a revolution in shell design that occurred between the First and Second World Wars. In World War One, artillery shells were designed to detonate upon impact. Many times, the detonator would not activate, resulting in the large number of duds.[12]. By the time of the Second World War, the detonator for artillery shells was hooked up to a timer. The intention was for the shell to explode over the enemy, raining shrapnel on them[13].

Bombturbation[edit]

Archaeological excavations on the Western Front (World War I) have also helped to identify a unique soil condition that is only found in the context of battlefield archaeology. This unique soil condition is known as bombturbation. Intense artillery barrages, and airstrikes cause large amounts of deforestation. Additionally, bombardment creates large craters and mixes the soil layers together in unique ways.[14]. As a result, methods of stratigraphic analysis must take into account this unique phenomenon when analyzing a site related to World War One.

Mass graves[edit]

A noteworthy burial site contains the remains of thirty-one British soldiers at Le Pont de Jure. It is thought that these soldiers died in April 1917 during successful British assaults on the German trenches in the area.[15]. The burials for the soldiers were carefully prepared. The distance between each body was roughly equal, showing that time was taken to carefully measure the locations of each. The bodies were buried with their arms placed across their chests. Two bodies show evidence of having been victims of artillery or other high explosives, with only one arm, one leg, and half a skull between the two of them. The two victims were also buried alongside two pairs of empty boots. When these soldiers died, these may have been the only recognizable body parts lefts to bury[16].

Mass grave sites sometimes reuses preexisting trenches or artillery craters. One example would be the German mass burials at Gavrelle. It contained twelve German soldiers of the 152nd Infantry Regiment of the 48th division.[17].

Bibliography[edit]

  • Foard, G. and Morris R. (2012) The Archaeology of English Battlefields (CBA Research Report). Council for British Archaeology.
  • Gassend J-L. (2014) Autopsy of a Battle, the Liberation of the French Riviera. Schiffer Publishing.
  • Homann, A. (2013) Battlefield Archaeology of Central Europe: With a Focus on Early Modern Battlefields. In: Natascha Mehler (Ed.), Historical Archaeology in Central Europe. Society for Historical Archaeology, S. 203-230. (SHA Special Publication Nr. 10) Full Text
  • Schofield, A.J. et al. (2002) Matériel Culture: The Archaeology of 20th Century Conflict. Routledge.
  • Schürger, A. (2015) The Battle of Lützen: an examination of 17th century military material culture. University of Glasgow [1]
  • Sutherland, T.L. (2005) Battlefield Archaeology - A Guide to the Archaeology of Conflict

References[edit]

  1. ^ a b "FAQs: Battlefield Archaeology". American Battlefield Trust. 2017-01-30. Retrieved 2020-04-20.
  2. ^ Sutherland, Tim (2017). Battlefield Archaeology: A Guide to the Archaeology of Conflict. http://www.bajr.org/BAJRGuides/8.%20Battlefield%20Archaeology%20%20A%20Guide%20to%20the%20Archaeology%20of%20Conflict/BAJRBattleGuide.pdf: BAJR.org.CS1 maint: location (link)
  3. ^ "Internet Archaeol. 33. Ferguson. Biting the Bullet: the Role of Hobbyist Metal Detecting Within Battlefield Archaeology". intarch.ac.uk. Retrieved 2020-04-20.
  4. ^ Schofield et al. (2002) Pg. 2
  5. ^ Starbuck, David (September 15, 2012). The archaeology of Forts and Battlefields. University Press of Florida. p. 46. ISBN 978-0813044149.
  6. ^ Foard, G. and Morris, R. (2012) Pg. xii, 37
  7. ^ England, Historic. "Registered Battlefields | Historic England". historicengland.org.uk. Retrieved 2017-03-16.
  8. ^ Saunders, N.J. (2002) Pg. 22
  9. ^ Faulkner, N, Saunders, N, and Thope, D (2006) The archaeology of Lawrence of Arabia’s war: a report on the Great Arab Revolt Project’s first field season in November 2006. Current World Archaeology 23, June/July 2007
  10. ^ Rickard, J. "Second Battle of the Somme, 21 March-4 April 1918." History of War.org. August 27, 2007.Accessed December, 05, 2018. http://www.historyofwar.org/articles/battles_sommeII.html
  11. ^ Heiderscheidt, Jason Andrew. "The Impact of World War one on the Forests and Soils of Europe." Ursidae: The Undergraduate Research Journal at the University of Northern Colorado 7, no. 3 (2018): 6
  12. ^ National Museum of the United States Army. “U.S. and German Field Artillery in World War II: A Comparison.” The Campaign for the National Museum of the United States Army, The Campaign for the National Museum of the United States Army, July 2018, https://Armyhistory.org/Wp-Content/Uploads/2017/01/arty_1-Left-1024x786.Jpg, 24 armyhistory.org/u-s-and-german-field-artillery-in-world-war-ii-a-comparison/.
  13. ^ National Museum of the United States Army. “U.S. and German Field Artillery in World War II: A Comparison.” The Campaign for the National Museum of the United States Army, The Campaign for the National Museum of the United States Army, July 2018, https://Armyhistory.org/Wp- Content/Uploads/2017/01/arty_1-Left-1024x786.Jpg, 24 armyhistory.org/u-s-and-german-field-artillery-in-world-war-ii-a-comparison/.
  14. ^ Heiderscheidt, Jason Andrew. "The Impact of World War one on the Forests and Soils of Europe." Ursidae: The Undergraduate Research Journal at the University of Northern Colorado 7, no. 3 (2018):8
  15. ^ Saunders, Nicholas J. Killing Time : Archaeology and the First World War. Stroud: Sutton, 2007: 110-111
  16. ^ Saunders, Nicholas J. Killing Time: Archaeology and the First World War. Stroud: Sutton, 2007: 110-111
  17. ^ Saunders, Nicholas J. Killing Time: Archaeology and the First World War. Stroud: Sutton, 2007: 108-109

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