NCJ Number
              249937
          Date Published
  June 2016
Length
              122 pages
          Annotation
              Using a series of bivariate and multivariate statistical analyses, this study compared demographic, psychological, and offense-related behavioral variables across and between 71 lone-actor terrorists and 115 solo mass murderers.
          Abstract
              The study found little to distinguish these two violent offender types in their socio-demographic profiles.  Their behaviors, on the other hand, differed significantly in the degree to which they had interacted with co-conspirators, their antecedent event behaviors, and the degree to which they lacked information prior to their attack.  Unlike lone terrorists, mass murderers' violence was spontaneous due to unplanned physical or emotional conflicts.  Lone terrorists, on the other hand, were motivated to commit violence due to ideologically based conflicts or differences with potential target victims.  Regarding threat or risk, there are a number of overlapping questions that must be considered, including what type of action is most likely, under what conditions is a particular mass violence attack likely to be perpetrated, and what interventions are likely to be effective in preventing or mitigating the perpetration of violence.  Lack of predetermined intent and strategy distinguishes mass murderers and lone terrorists.  The lone terrorist tends to engage in more observable behaviors and planning than the mass murderer, which presents more of an opportunity to observe and assess preparatory actions and intervene to prevent the planned violence from occurring.  3 figures and approximately 100 references
          Date Published: June 1, 2016
Downloads
Similar Publications
- Face Finder: Filtering a Large Face Database using Scars, Marks and Tattoos
 - Does civilian oversight impact police legitimacy?
 - Population-level Effects on Crime of Recovering Firearms from Armed Prohibited Persons: Intention-to-treat Analysis of a Pragmatic Cluster-randomised Trial in California Cities