Gun violence

Gun violence

Gun violence is the broadly defined category of violence and crime committed with the use of a firearm; it does not include the safe lawful use of firearms for sport, hunting, target practice, law enforcement, or self-defense.[1] Gun violence encompasses intentional crime characterized as homicide (although not all homicide is automatically a crime) and assault with a deadly weapon, as well as unintentional injury and death resulting from the misuse of firearms, particularly by children and adolescents.[2]

The United States has the highest rates among developed countries, often accounted to the loose firearm laws in the U.S. compared to other developed countries[4].


See also

Castle Doctrine

Duty to retreat

Shall Issue Concealed Carry

Gun violence in the United States

Stand-your-ground law

Crime mapping

Crime mapping

Crime mapping is used by analysts in law enforcement agencies to map, visualize, and analyze crime incident patterns. It is a key component of crime analysis and the CompStat policing strategy. Mapping crime, using Geographic Information Systems (GIS), allows crime analysts to identify crime hot spots, along with other trends and patterns.


Overview

Using GIS, crime analysts can overlay other datasets such as census demographics, locations of pawn shops, schools, etc., to better understand the underlying causes of crime and help law enforcement administrators to devise strategies to deal with the problem. GIS is also useful for law enforcement operations, such as allocating police officers and dispatching to emergencies.

Underlying theories that help explain spatial behavior of criminals include environmental criminology, which was devised in the 1980s by Patricia and Paul Brantingham, routine activity theory, developed by Lawrence Cohen and Marcus Felson and originally published in 1979, and rational choice theory, developed by Ronald V. Clarke and Derek Cornish, originally published in 1986. In recent years, crime mapping and analysis has incorporated spatial data analysis techniques that add statistical rigor and address inherent limitations of spatial data, including spatial autocorrelation and spatial heterogeneity. Spatial data analysis helps one analyze crime data and better understand why and not just where crime is occurring.


Applications of crime mapping

Crime analysts use crime mapping and analysis to help law enforcement management (e.g. the police chief) to make better decisions, target resources, and formulate strategies, as well as for tactical analysis (e.g. crime forecasting, geographic profiling). New York City does this through the CompStat approach, though that way of thinking deals more with the short term. There are other, related approaches with terms including Information-led policing, Intelligence-led policing, Problem-oriented policing, and Community policing. In some law enforcement agencies, crime analysts work in civilian positions, while in other agencies, crime analysts are sworn officers.

From a research and policy perspective, crime mapping is used to understand patterns of incarceration and recidivism, help target resources and programs, evaluate crime prevention or crime reduction programs (e.g. Project Safe Neighborhoods, Weed & Seed and as proposed in Fixing Broken Windows), and further understanding of causes of crime.



See also

Public Participation GIS



External links

Mapping & Analysis for Public Safety (MAPS) - National Institute of Justice (NIJ)

Crime Mapping & Analysis Program - National Law Enforcement Corrections Technology Center (NLECTC)

Jill Dando Institute of Crime Science

International Association of Crime Analysts