Lone actor terrorists: a residence-to-crime approach

Although there has recently been a considerable increase in research into lone actor terrorism, one of the main areas that remains understudied is that of target selection. The lack of empirically driven studies that can guide prevention measures is a notable oversight. This paper applies methods fr...

Descripción completa

Guardado en:  
Detalles Bibliográficos
Autor principal: Marchment, Zoe (Autor)
Otros Autores: Bouhana, Noémie ; Gill, Paul
Tipo de documento: Electrónico Artículo
Lenguaje:Inglés
Publicado: 2020
En: Terrorism and political violence
Año: 2020, Volumen: 32, Número: 7, Páginas: 1413-1438
Acceso en línea: Presumably Free Access
Volltext (Resolving-System)
Volltext (Verlag)
Journals Online & Print:
Gargar...
Verificar disponibilidad: HBZ Gateway
Palabras clave:
Descripción
Sumario:Although there has recently been a considerable increase in research into lone actor terrorism, one of the main areas that remains understudied is that of target selection. The lack of empirically driven studies that can guide prevention measures is a notable oversight. This paper applies methods from environmental criminology to examine the residence-to-attack journeys of 122 lone terrorist acts in the U.S and Europe. The distance decay effect was evident, and significant differences were found between subgroups. Individuals were more likely to travel further if a) they were in the U.S, b) they had links to a wider network, c) they had a single-issue ideology, d) they attacked an iconic target, e) they attacked a symbolic building, or f) they used a bomb as their main weapon. A few case studies are discussed which highlight a need to conduct further research that considers the whole nodal network of an individual. The findings suggest that distance can be put forward as a constraining factor on lone actor target selection and provide support for the notion that the spatial decision making of terrorists is similar to traditional criminals.
Notas:Gesehen am 18.01.2023
Published online: 18 Jul 2018
Descripción Física:Diagramme
ISSN:1556-1836
DOI:10.1080/09546553.2018.1481050