In 2004, the National Institute of Justice created the social science research on forensic sciences (SSRFS) research program to explore the impact of forensic sciences on the criminal justice system and the administration of justice. Much of the early research from the SSRFS program focused on DNA processing and the use of DNA in investigations and prosecutions.
Forensic Chemistry of Substituted N-Benzylmethoxy (N-BOMe) Phenethylamines: Isomeric Designer Drugs Related to 25I-N-BOMe
A Macromorphoscopic Databank: Establishing the Statistical Analysis of Macromorphoscopic Data in Forensic Anthropology
Assessing the Strength of Trace Evidence Fracture Fits Through a Comprehensive, Systematic, and Quantifiable Approach
Development of Modern Microcrystal Tests for Controlled Drugs, Diverted Pharmaceuticals and Bath Salts
Evaluation of Peer Review and Verification Processes and Evaluation of an Enhanced Screening Technique for Toxicological Specimens with High Resolution Accurate Mass Spectrometer
AI R&D to Support Community Supervision: Integrated Dynamic Risk Assessment for Community Supervision
With its criminal justice system in disarray following Hurricane Katrina, New Orleans invited the Vera Institute of Justice to examine the city's court and jail operations. For five years, Vera has been tracking arrest-to-first-appearance time, custodial arrests versus summonses, the granting of pretrial release, and many other decision-making points. Based on analysis of these data, Vera is making policy recommendations to assist with the implementation of new procedures and to ensure performance monitoring.
The Evaluation of NIJ by the National Research Council of the National Academy of Sciences: NIJ's Response
The National Academies conducted a comprehensive evaluation of the National Institute of Justice. This panel provides an overview of the evaluation and NIJ's response to it. NIJ has accepted many of the recommendations in the NRC report, and you will learn what the agency is doing to implement them. A few of the recommendations were challenging and created considerable debate within NIJ. Plans to address these thorny issues also are discussed.
Forensic science research and development is critical to improving the efficiency and effectiveness of the nation's crime laboratories. Watch how the National Institute of Justice takes an idea from a need to a reality in the laboratory.
You may also be interested in our video Why Is There an Evidence Backlog?
The criminal justice system encounters and supervises a large number of drug abusing persons. Punishment alone is a futile and ineffective response to the problem of drug abuse. Addiction is a chronic brain disease with a strong genetic component that in most instances requires treatment. Involvement in the criminal justice system provides a unique opportunity to treat drug abuse disorders and related health conditions, thereby improving public health and safety.
The 2009 NIJ Conference kicked off with a blue-ribbon panel of leaders with expertise in urban issues as they relate to homicide. These experts will discuss promising approaches that have resulted in reduced violence and community empowerment.
Since 2008, DOJ has been reviewing its policies and programs on international organized crime, with the goal of strengthening law enforcement's response to this threat. In this NIJ Conference Panel, the speakers will explore how DOJ and other U.S. government agencies are responding to it. Attendees will learn more about the Attorney General's Organized Crime Council, the International Organized Crime Intelligence and Operations Center, and the recent National Intelligence Estimate on International Organized Crime.
Panelists will present findings from two NIJ studies that examined the DNA backlog in law enforcement agencies and crime labs. Panelists will discuss research findings related to new and potential time- and cost-saving approaches.