Scientists use modern forensic techniques to identify most likely cause of King Richard III’s death
Issued by The Lancet/ University of Leicester Press Office on 17 September 2014
Images from the paper available to download at: https://www.dropbox.com/sh/cevpdcg23mln7kw/AABuSnvSmZY7I6FuK2F1USCGa?dl=0
New research led by the University of Leicester in the UK gives a blow-by-blow account of the injuries inflicted on King Richard III’s body at the Battle of Bosworth Field on Aug 22, 1485. Modern forensic analysis of the King’s skeletal remains reveals that three of his injuries had the potential to cause death quickly—two to the skull (page 4, figure 4) and one to the pelvis (page 5, figure 6).
The remains of King Richard III—the last English monarch to die in battle—were found under a car park in Leicester by archaeologists from the University of Leicester, and subsequently identified by a multidisciplinary team from the University.
The forensic imaging team, working with the Forensic Pathology Unit and the Department of Engineering at the University of Leicester, used whole body CT scans and micro-CT imaging of injured bones to analyse trauma to the 500-year-old skeleton carefully, and to determine which of the King’s wounds might have proved fatal. They also analysed tool marks on bone to identify the medieval weapons potentially responsible for his injuries.
The results, published in The Lancet, show that Richard’s skeleton sustained 11 wounds at or near the time of his death—nine of them to the skull, clearly inflicted in battle and suggesting he had removed or lost his helmet, and two to the postcranial skeleton.
Sarah Hainsworth, study author and Professor of Materials Engineering at the University of Leicester explains, “Richard’s injuries represent a sustained attack or an attack by several assailants with weapons from the later medieval period. The wounds to the skull suggest that he was not wearing a helmet, and the absence of defensive wounds on his arms and hands indicate that he was otherwise still armoured at the time of his death.”*
The investigators, led by Dr Jo Appleby of the University of Leicester School of Archaeology and Ancient History, surmise that the postcranial injuries, including the potentially fatal one to the pelvis, might have been inflicted after Richard’s death, on the basis that had he been alive he would have been wearing a specific type of armour worn in the late 15th century that would have prevented such wounds (page 6, figure 7).
According to Professor Guy Rutty, study co-author, from the East Midlands Pathology Unit at the University of Leicester, “The most likely injuries to have caused the King’s death are the two to the inferior aspect of the skull—a large sharp force trauma possibly from a sword or staff weapon, such as a halberd or bill, and a penetrating injury from the tip of an edged weapon. Richard’s head injuries are consistent with some near-contemporary accounts of the battle, which suggest that Richard abandoned his horse after it became stuck in a mire and was killed while fighting his enemies.”*
Commenting on the research, Dr Heather Bonney from the Natural History Museum in London, UK, says, “Appleby and colleagues provide a compelling account, giving tantalising glimpses into the validity of the historic accounts of his death, which were heavily edited by the Tudors in the following 200 years. Wherever his remains are again laid to rest, I am sure that Richard III will continue to divide opinion fiercely for centuries to come.”
Notes to Editors:
The Dig for Richard III was led by the University of Leicester, working with Leicester City Council and in association with the Richard III Society. The originator of the Search project was Philippa Langley of the Richard III Society.
*Quotes direct from authors and cannot be found in text of Article.
Article: For interviews with author Professor Sarah Hainsworth please contact Ather Mirza, Director of the News Centre, University of Leicester E) email@example.com
Comment: For interviews with author Dr Heather Bonney please contact the Natural History Museum Press Office, London, UK. E) firstname.lastname@example.org