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Abstract: This paper briefly describes Disaster Victim Identification (DVI) and reviews the history of the use of forensic anthropology in the identification process. The potential contributions made by forensic anthropology are illustrated through the presentation of a case study. In February 2009 the state of Victoria in south-eastern Australia experienced the most devastating bushfires in its history, resulting in catastrophic loss of life and public and private property. Within 48h of the disaster, forensic teams including pathologists, odontologists and anthropologists assembled at the Victorian Institute of Forensic Medicine in Melbourne to begin the task of identifying the deceased. This paper reviews the part played by forensic anthropologists in the identification process and outlines the important contribution anthropologists can make to DVI, especially at the scene, in the mortuary and in the reconciliation process. The anthropologist''s experience with differentially preserved human remains meant they played an important role identifying and recovering heavily fragmentary human skeletal remains, differentiating human from non-human remains, establishing basic biological information such as the sex and age of the individuals and confirming or denying the possibility of re-associating body parts for release to families. [Copyright &y& Elsevier]

Abstract: The 2009 Victorian Bushfires Disaster started on a record hot day in February 2009 and resulted in over 300 separate fires with a death toll of 173 and over 400 presentations to hospital emergency departments. This occurred a little over a week after a heat wave in which over 400 people were thought to have died prematurely in southeastern Australia. The Victorian Institute of Forensic Medicine in collaboration with the police force and the State Coroner''s Office and over 100 colleagues from all over Australia, Indonesia, New Zealand and Japan implemented a DVI process based on Interpol guidelines to identify the deceased persons. CT scanning was conducted on all remains collected and played a pivotal role in the identification processes in conjunction with experts in pathology, anthropology, forensic odontology and molecular biology. This paper outlines the scale of the disaster and the work, from a forensic medical perspective, to identify the deceased. [Copyright &y& Elsevier]

Abstract: The February 7th 2009 bushfires in Victoria, Australia, resulted in the deaths of 173 individuals, of whom 164 were included in the subsequent DVI operation. The final stage of the International DVI protocol is a debrief, referred to as Phase 5. The Phase 5 operational debrief process conducted in the wake of this disaster was designed for the purpose of developing new strategies in light of this experience. The agencies involved included the Coroners Court of Victoria, the Victorian Institute of Forensic Medicine, the Department of Justice, and Victoria Police. During the course of this debriefing process strategies and protocols were developed which aim to improve the capacity of all agencies to respond and resolve future incidents. This paper outlines the Phase 5 debrief carried out in the 6 months following the final coronial identification board, and details the findings and recommendations made by the agencies involved. [Copyright &y& Elsevier]

Abstract: As part of the disaster victim identification (DVI) response to the 2009 Victorian bushfires disaster, a number of scientific disciplines contributed to the human identification process – forensic pathology, anthropology and odontology, as well as fingerprinting and DNA profiling. The DNA laboratory received 182 post-mortem (PM) samples from 120 DVI cases and 236 reference samples corresponding to 163 missing persons (and two non-DVI cases). DNA analysis yielded full DNA profiles for 102 DVI cases and 190 ante-mortem (AM) samples (relating to all 163 missing persons), respectively. Subsequent comparison of DNA profiles, through direct and kinship matching, resulted in the submission of 76 DNA reports to the DVI Reconciliation Centre which assisted in the identification of 67 deceased. This paper describes the contribution of DNA analysis towards the DVI response to the 2009 Victorian bushfires disaster. [Copyright &y& Elsevier]