Description
Following are articles published by the National Institute of Justice
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Subtopic: Forensic sciences
Forensic Science Research and Development — More Than DNA
Date Published
February 26, 2013
New Orleans Sexual Assault Evidence Project: Results and Recommendations
Date Published
February 26, 2013
NIJ-sponsored project contributes to the growing body of evidence on how to handle untested sexual assault kits.
NIJ's Innovative Research Spans Variety of Forensic Fields
Date Published
February 26, 2013
NIJ-funded research is helping to strengthen the foundations of forensic science.
Overview of Forensic Pathology
Date Published
January 23, 2013
DNA Sample Collection from Arrestees
Date Published
December 6, 2012
Forensic Toxicology Research and Development
Date Published
October 1, 2012
Overview of Questioned Documents
Date Published
October 1, 2012
Research on DNA's Role in Uncovering Wrongful Convictions
Date Published
October 1, 2012
DNA Evidence Basics: Possible Results from Testing
Date Published
August 8, 2012
Scientific Working Groups in the Forensic Sciences
Date Published
July 24, 2012
Adopting New Technologies in the Laboratory: Technology Transition Workshops
Date Published
July 12, 2012
Nationwide Survey of Untested Evidence in Law Enforcement Custody
Date Published
June 17, 2012
Solving Sexual Assaults: Finding Answers Through Research
Date Published
June 17, 2012
Research on DNA testing sexual assault kits reveals a complex picture.
Studying the Implications of Expanding DNA Databases
Date Published
June 15, 2012
NIJ's Action-Research Project in Houston and Detroit
Date Published
June 14, 2012
Understanding DNA Testing in Sexual Assaults: NIJ's Ongoing Work in Massachusetts
Date Published
June 14, 2012
NIJ Journal Issue 270, June 2012
Date Published
June 1, 2012
Research-based information that can help inform policy decisions and improve understanding of the criminal justice system.
Applying Carbon-14 Dating to Recent Human Remains
Date Published
March 25, 2012
Measuring carbon-14 levels in human tissue could help forensic scientists determine age and year of death in cases involving unidentified human remains.