Austin T Rau, Alyson B Harding, Andy Ryan, Marizen R Ramirez, Lynette M Renner, Jesse D Berman
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Differences by urban and rural status of schools were also explored. Negative binomial regression models were developed to estimate incidence rate ratios (IRR) and incidence rate differences (IRD) to describe associations between air pollution and violent incidents in school settings.</p><p><strong>Results: </strong>Our results indicate that the highest levels of carbon monoxide, nitrogen dioxide and fine particulate matter concentrations were associated with increased violent disciplinary incidents. Among the total student population, the 4th quartile of carbon monoxide exposure was associated with an IRD of 775.62 (95% CI 543.2, 1008.05) violent incidents per 100,000 students per school year compared to schools in the lowest quartile of exposure. Comparing the 4th to the 1st quartiles of exposure, nitrogen dioxide and fine particulate matter had an IRD of 629.16 (95% CI 384.87, 873.46), and 510.49 (95% CI 274.92, 746.05) violent incidents per 100,000 students per school year respectively. 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引用次数: 0
摘要
背景:个人和社会特征是导致校园暴力行为的原因,但环境危害可能扮演着未被充分研究的角色。环境空气污染与神经功能失调有关,神经功能失调会抑制决策,并可能导致成年人的暴力行为。然而,人们对空气污染如何与儿童暴力行为相关却知之甚少:我们设计了一项横断面生态学研究,以估算空气污染(细颗粒物、一氧化碳和二氧化氮)与明尼苏达州学校儿童群体中发生的暴力事件和涉及武器的事件之间的关联(2008-2012 年)。此外,还探讨了城市和农村学校的差异。我们建立了负二叉回归模型来估计发病率比(IRR)和发病率差异(IRD),以描述空气污染与学校环境中暴力事件之间的关联:结果:我们的研究结果表明,一氧化碳、二氧化氮和细颗粒物浓度的最高水平与暴力违纪事件的增加有关。在学生总人数中,一氧化碳四分位数与处于最低四分位数的学校相比,每 100,000 名学生每学年发生的暴力事件的 IRD 为 775.62(95% CI 543.2,1008.05)。二氧化氮和细颗粒物的IRD分别为每10万名学生每学年629.16 (95% CI 384.87, 873.46)和510.49 (95% CI 274.92, 746.05)起和每10万名学生每学年775.62 (95% CI 543.2, 1008.05)起。与农村学校相比,城市学校与空气污染相关的暴力事件发生率更高:结论:改变学校周围的环境污染物,尤其是高暴露社区的环境污染物,可能是减少校园暴力和后续伤害的新工具。
Ambient air pollution and the risk of violence in primary and secondary school settings: a cross-sectional study.
Background: Individual and social characteristics are attributed to violent behavior in schools, yet environmental hazards may play an understudied role. Ambient air pollution has been linked to neurological dysfunction that inhibits decision-making and may result in violent behavior in adult populations. However, little is known on how air pollution may be associated with violent behaviors in children.
Methods: A cross-sectional ecologic study was designed to estimate the associations between air pollution (fine particulate matter, carbon monoxide, and nitrogen dioxide) with the occurrence of violent incidents and incidents involving a weapon among a cohort of children in Minnesota schools (2008-2012). Differences by urban and rural status of schools were also explored. Negative binomial regression models were developed to estimate incidence rate ratios (IRR) and incidence rate differences (IRD) to describe associations between air pollution and violent incidents in school settings.
Results: Our results indicate that the highest levels of carbon monoxide, nitrogen dioxide and fine particulate matter concentrations were associated with increased violent disciplinary incidents. Among the total student population, the 4th quartile of carbon monoxide exposure was associated with an IRD of 775.62 (95% CI 543.2, 1008.05) violent incidents per 100,000 students per school year compared to schools in the lowest quartile of exposure. Comparing the 4th to the 1st quartiles of exposure, nitrogen dioxide and fine particulate matter had an IRD of 629.16 (95% CI 384.87, 873.46), and 510.49 (95% CI 274.92, 746.05) violent incidents per 100,000 students per school year respectively. Schools in urban settings shared a larger burden of violent incidents associated with air pollution compared to rural schools.
Conclusions: Modifying environmental pollutants surrounding school environments, particularly for high exposure communities, may be a novel tool for reducing violence and subsequent injuries in schools.
期刊介绍:
Injury Epidemiology is dedicated to advancing the scientific foundation for injury prevention and control through timely publication and dissemination of peer-reviewed research. Injury Epidemiology aims to be the premier venue for communicating epidemiologic studies of unintentional and intentional injuries, including, but not limited to, morbidity and mortality from motor vehicle crashes, drug overdose/poisoning, falls, drowning, fires/burns, iatrogenic injury, suicide, homicide, assaults, and abuse. We welcome investigations designed to understand the magnitude, distribution, determinants, causes, prevention, diagnosis, treatment, prognosis, and outcomes of injuries in specific population groups, geographic regions, and environmental settings (e.g., home, workplace, transport, recreation, sports, and urban/rural). Injury Epidemiology has a special focus on studies generating objective and practical knowledge that can be translated into interventions to reduce injury morbidity and mortality on a population level. Priority consideration will be given to manuscripts that feature contemporary theories and concepts, innovative methods, and novel techniques as applied to injury surveillance, risk assessment, development and implementation of effective interventions, and program and policy evaluation.