BLOOD-RED SCREENS AND REAL-WORLD FUSES: DISSECTING GENDER DISPARITIES IN AGGRESSIVE SCRIPTS AND BEHAVIORAL OUTBURSTS AMONG SOUTH ASIAN ADOLESCENTS PLAYING VIOLENT DIGITAL GAMES

Abstract

Guided by the
General Aggression Model (GAM) and Social Learning Theory, this study examines
how exposure to violent digital gameplay shapes adolescent socio-emotional
outcomes in South Asia. In dynamic gaming environments, repeated exposure to
virtual combat is hypothesized to prime aggressive scripts and trigger
real-world behavioral outbursts. This study investigated the relationship
between violent video game exposure and real-world aggressive behaviors among
school-going adolescents in Sialkot, Pakistan. Specifically, it examined
gender-based disparities in aggressive outcomes and analyzed whether cumulative
daily gameplay hours significantly differentiate adolescent aggression levels.
Utilizing a cross-sectional survey design, data were collected from a purposive
sample of 150 school-going teenagers (54.7% boys, n = 82; 45.3% girls, n = 68;
age range 13–19 years, modal age 18 years). Participants completed standardized
measures translated/adapted for the local context: the 14-item Violent Video
Games Questionnaire (α = .917) and the
6-item Aggression Questionnaire (α = .791).
Bivariate Pearson correlation revealed a significant, moderate positive
relationship between violent gameplay exposure and aggression (r = .430, p <
.01). Linear regression confirmed that violent gameplay was a robust predictor
of real-world aggression, F(1, 148) = 33.479, p < .001, accounting for 18.4%
of the variance (β = .430, R² = .184). Independent samples
t-tests indicated marked gender-based disparities: boys reported significantly
higher daily violent gameplay exposure (M = 47.26, SD = 10.88) and aggression
(M = 20.18, SD = 5.09) than girls (exposure M = 40.38, SD = 12.92; aggression M
= 17.31, SD = 4.90), t(148) = 3.49, p = .001, reflecting a medium effect size
(Cohen’s\ d = 0.5). Conversely, a one-way ANOVA demonstrated that differences
in aggression levels across daily gameplay duration brackets were not
statistically significant, F(3, 146) = 2.02, p = .113, η² = .04 (with mean aggression scores hovering at M =
17.61 for <1 hour, M = 18.51 for 1–2 hours, M = 20.36 for 3–4 hours, and M =
19.31 for >4 hours).

While violent digital game exposure is a statistically significant predictor of elevated aggression among South Asian teenagers, boys exhibit a substantially higher vulnerability to these behavioral outcomes than girls. Crucially, total daily screen time does not directly drive aggression, suggesting that content-specific exposure, gender-socialized scripts, and individual susceptibilities are far more critical than raw gameplay duration. These insights highlight the urgent need for gender-tailored parental mediation and evidence-based media literacy interventions in non-Western developmental contexts.