Postmortem interval
Improving Methods Using Machine Learning and Databases in Forensic Anthropology
Part I: GeoFOR is a free web-based collaborative forensic taphonomic application and database that utilizes geospatial technology and machine learning to deliver data-driven postmortem interval estimations to better facilitate identification and reconstruct events around the time of death. This presentation describes the geoFOR application and its potential for advancing the field of forensic science.
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Transition Analysis 3 Age at Death Estimation: Past, Present, and Future
The Transition Analysis 3 (TA3) age-at-death estimation method was developed as part of an international research project supported by National Institute of Justice (NIJ) award #2014-DN-BX-K007. This presentation provides a brief history of the TA3 project from its beginnings in the late 1990s to its current status two decades later. Participants learn about the iterative process used to identify traits and develop definitions and are introduced to the TA3 trait manual and generic data collection form.
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Human Decomposition Ecology at the University of Tennessee Anthropology Research Facility
Coroner Training: Postmortem Change
Post-mortem interval estimation in the tropical climate of Southern Nigeria
The Effect of Altitude on Decomposition: Toward an Understanding of the Postmortem Interval in the Rocky Mountain Region of Colorado
Using Microbiome Tools for Estimating the Postmortem Interval
A Comparison of Human and Domestic Pig Decomposition Using Multivariate Methods
Investigation into Using Entomology to Improve Methods of Anthropological Post-mortem Interval Estimation
GIS Application for Building a Nationally Representative Forensic Taphonomy Database
Determining Fracture Timing from Microscopic Characteristics of Cortical Bone