In connection with his research on Eleanor Talbot and the CF2 bones found at the Norwich Carmel, John has commissioned facial reconstructions of the CF2 skull. But he also decided to explore whether a facial reconstruction could be commissioned of Eleanor Talbot’s equally famous niece, Anne Mowbray, Duchess of York and Norfolk.
Although Anne and Eleanor would never have met (because Anne was born four years after Eleanor’s death), Anne was the daughter of Eleanor’s sister, Elizabeth Talbot, Duchess of Norfolk. Later, Anne was married to Edward IV’s son, Richard of Shrewsbury. If Anne’s remains had not been reinterred in 1965, a sample of her mtDNA could easily have been used to prove or disprove the identity of the Norwich CF2 bones. But unfortunately that route cannot now be followed.
Nevertheless, extensive photographic records of Anne’s bones are held by the Museum of London. Using copies of a selection of images of the skull provided by the Museum of London Archaeological Archive, together with details of relevant measurements, John commissioned a facial reconstruction of Anne Mowbray via the University of Dundee. This was produced by Amy Thornton, alumna of the University of Dundee Msc forensic art course. The image is copyright, but a version of it is attached. A picture has also been included among the plates of John’s recent book, The Private Life of Edward IV.
Of course the eye colour used in the reconstruction is a guess. No scientific evidence is available. However, the hair colour was revealed by photographs of Anne’s hair as found in the coffin in 1964. It has sometimes been suggested that when reddish coloured hair is discovered in sealed coffins, this is due to the fact that pheomelanin (which causes red hair colour) is more likely to survive in such contexts than eumelanin (which causes other hair colours). However, John and Amy both sought academic advice on this point, and the expert advice was that, while Anne Mowbray’s tissue could not now be tested, probably she did have auburn hair, containing a mixture of red pheomelanin and brown eumelanin.