Statistical analysis
Biometrics from the Isotopic Analysis of Amino Acids in Human Hair
Electronic harassment: Assessment, Associations and Policy
Evaluation of Osteometric Measurements in Forensic Anthropology
Highly Parallel Analysis of Complex Genetic Mixtures
Quantitative Algorithm for the Digital Comparison of Torn Duct Tape
Independent Validation Test of Microscopic Saw Mark Analysis
Statistical Examination of Handwriting Characteristics Using Automated Tools
Intimate Partner Violence Against AHTNA (Alaska Native) Women in the Copper River Basin, Final Report
Goodness-Of-Fit Tests and Function Estimators for Receiver Operating Characteristic (ROC) Curves: Inference From Perpendicular Distances
Development and Validation of a Method for Individualization of Middle Petroleum Distillates and Kerosene Ignitable Liquids
Additional Support for the Evaluation of the BJA Second Chance Act Adult Demonstration Projects
Advanced Research in Microspectrophotometry of Fibers: Analysis and Interpretation
Statistical Methods for Spatio-Temporal Crime Series Linkage Analysis
The Analysis of Trace Forensic Evidence Using Isotope Ratio Mass Spectrometry: Differentiating Fibers
The Role of Social Networks in the Evolution of Al Qaeda-inspired Violent Extremism in the United States, 1993-2013.
Establishing the Quantitative Basis for Sufficiency Thresholds and Metrics for Friction Ridge Pattern Detail and the Foundation for a Standard
Application of Machine Learning to Toolmarks: Statistically Based Methods for Impression Pattern Comparisons
Protecting our Protectors: Using Science to Improve Officer Safety and Wellness
Each year, 100-200 law enforcement officers die in the line of duty. Last year, 177 lost their lives — a 16-percent increase from 2010. As Attorney General Eric Holder noted, this is a devastating and unacceptable trend. NIJ has developed a robust research portfolio to improve officer safety and wellness and, ultimately, save lives. This panel discussed some of NIJ's most promising work to reduce shooting and traffic-related fatalities — consistently the leading causes of officer line-of-duty deaths — and improve officer wellness, which is inextricably linked with officer safety.
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