Trace evidence
An Assessment of Head Hair Comparison via Protein Profiling
Statistical Error Estimation for an Objective Measure of Similarity to a Latent Image
Evaluation of Error Rates in the Determination of Duct Tape Fracture Matches
Further Persistence Studies of PDMS Condom Lubricants
Assessing and Reducing Variability in Friction Ridge Suitability Determinations
Subpopulation of Fibres and Their Importance to Forensic Science
Location Detection and Characterization in Mixtures of Dust Particles
Comparison of Intra-Roll Subclass Characteristics in Polymer Films
Elemental Analysis of Adhesive Tapes as Forensic Evidence by LA-ICP-MS and LIBS
The Effects of a Prior Examiner’s Status and Findings on Lay Examiners’ Shoeprint Match Decisions
The Effect of Fingerprint Chemicals on the Chemical Analysis and Comparison of Duct and Cloth Tapes
Untangling the Relationship between Hair Microstructure and Ancestry
Sufficiency and Complexity Factors in Handwriting Examination
Evaluation of Field-Portable GC-MS with SPME Sample Collection for Investigator Use at Fire Scenes
Just Science Podcast: Episode 31: 2018 IPTES: Just Nature's Patterns
Linking Suspects to Crime Scenes With Particle Populations
Determining Where A Shoe Last Walked by Measuring "Loosely Held Particles"
Criminals track dust particles to and from virtually every crime scene, but particles on a suspect’s shoes are seldom used as evidence linking the accused to the crime. In this NIJ-supported project, researchers assert that investigators can use small par