Research and development
Emerging Relevance of Neuroscience in Corrections
Stress, Trauma, and Burnout in Forensic Scientists
The Role of Violence Within and Across Self-Identified Gang Youth
Assessing Risk of Terrorist Acts by Looking at Location Data and Demographic and Social Characteristics
The Relative Impact of Gang Status Transitions: Identifying the Mechanisms of Change in Delinquency
An Assessment of Current Attacks on Anonymous Networks
Anonymous Communication Networks: Usage Analysis and Attack Mechanisms
NIJ FY23 Community-Based Violence Intervention and Prevention Initiative (CVIPI) Research, Evaluation, and Associated Training & Technical Assistance Support
An Overview of Anonymity Technology Usage
A Paradigm Shift in Forensic Toxicology Screening: The Development and Validation of Two Automated Sample Preparation Techniques for the Comprehensive Screening of Biological Matrices Using High Resolution Mass Spectrometry with Comparison to Conventional Screening Techniques
Research to Develop Validated Methods for THC Quantification in Complex Matrices by High-resolution DART-MS-Focus on Edibles and Plant Materials
Sex-Based Targeted Recovery of Cells in a Heterogeneous Mixture: Separating Male and Female Like-Cells
Enabling the Enablers: An Identity Fraud Solution for Law Enforcement
Assessing Risk of Terrorist Acts by Looking at Location Data and Demographic and Social Characteristics
A new NIJ-supported study combines two existing analytical tools—risk terrain modeling and conjunctive analysis—to link location and risk of terrorism. This approach identifies areas of high risk, providing opportunities for more effective interventions.