IMPACT COMMUNITY POLICING AND INSECURITY IN KEFFI LOCAL GOVERNMENT AREA OF NASARAWA STATE
Abstract
This study examines community policing and insecurity in Keffi
Local Government Area of Nasarawa State, Nigeria, through
three theoretical lenses: partnership policing and community
participation, broken windows, and social disorganization
theories. Together, these frameworks stress that policing is most
effective when community-driven, preventive, and responsive to
underlying social conditions. The partnership approach
underscores collaboration and mutual trust between citizens and
law enforcement; the broken windows perspective emphasizes
addressing minor disorder before it escalates; while social
disorganization highlights the impact of weak institutions,
unemployment, and instability on crime. A cross-sectional
design was adopted, with 355 respondents selected through
multi-stage sampling methods. Data were collected using
structured questionnaires, in-depth interviews, and secondary
sources. Quantitative findings were analyzed with descriptive
statistics, while qualitative insights were subjected to content
analysis. The Findings of the study revealed that community
policing in Keffi has reduced insecurity, particularly where
collaboration and intelligence sharing are strong. However,
challenges such as corruption, inadequate logistics, poor
training, and weak institutional support undermine effectiveness.
These findings align with the social disorganization and broken
windows perspectives, which link persistent crime to structural
weaknesses and unattended minor disorders. The study
concludes that community policing remains a vital strategy but
requires government support, proper resourcing, and
strengthened institutions for sustainability. It recommends
improved training, provision of modern policing tools, anti
corruption measures, and stronger community–police
engagement. Overall, genuine partnership and preventive
strategies are key to sustaining community policing as a pathway
for reducing insecurity in Keffi and beyond