Following are articles published by the National Institute of Justice
The Impact of False or Misleading Forensic Evidence on Wrongful Convictions
Research has found key areas within forensic science that are associated with higher rates of wrongful convictions. Addressing them should strengthen trust in our criminal justice system.
The Emerging Field of Firearms Audio Forensics
NIJ grantee Robert Maher is changing the field of audio forensics with novel techniques to document and interpret gunshot recordings.
Study Assesses the Accuracy and Reproducibility of Bloodstain Pattern Analysis
Black box study of bloodstain pattern analysts finds contrasting conclusions due to terminology; highlights importance of establishing consensus standards.
Study Reports Error Rates for Bloodstain Pattern Analysis
Improving Bruise Detection with Alternate Light
New Software Improves Rigor of Latent Fingerprint Examination
There is no standard method of detailed documentation of the latent print examination process, but researchers have developed software that improves the standardization and quantifiability, implemented as part of the FBI’s Universal Latent Workstation.
Developing a Database of Cursive and Printed Handwriting Characteristics
Researchers conducted a statistical study of handwriting characteristics to provide a database so that forensic document examination standards will better stand up to judicial scrutiny.
Establishing Scientific Criteria for 3-D Analysis of Cartridges
Researchers who developed a 3-D imaging system for analyzing cartridge casings say their latest work is “a critical next step” that gives cartridge analysis more credibility by including datasets, best practices, and performance checks.
Creating a Portable System for Tool Mark Analysis
Researchers claim they have developed a prototype system that could enable “low-cost, portable, objective analysis of tool marks.”
Overview of Impression and Pattern Evidence
Overview of Trace Evidence
Magneto-Optical Sensors Bring Obliterated Serial Numbers Back to Life
A sensor technology first developed for medical use is being adapted to detect and visualize destroyed serial numbers in firearms.
The Science Behind Firearm and Tool Mark Examination
Study finds less than 1.2 percent error rate in matching bullets fired from Glock semiautomatic pistol barrels to the actual firearm.