The Influence of Men’s Military Service on Smoking Across the Life Course (original) (raw)
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Smoking Among U.S. Service Members Following Transition From Military to Veteran Status
Health Promotion Practice, 2020
Smoking rates among U.S. Service members and veterans have been consistently higher than in civilian populations. While much has been published about tobacco use in both military and veteran populations, smoking patterns during transition from military to veteran status remains unclear. We studied military members participating in the Millennium Cohort Study, who separated from their respective Services between baseline and first follow-up survey ( N = 5,510). Two generalized estimating equation models were used to examine any association between smoking status and time to military separation (days between baseline survey and separation), as well as smoking during transition and reason for separation. Reason for separation was categorized into three groups: (1) not meeting military standards or judicial-related reasons, (2) drugs-/alcohol-related misconduct, and (3) other types of separation including retirement, pregnancy, and so on. Statistical models accounted for baseline smokin...
PLOS ONE, 2021
U.S. military Service members have consistently smoked more than the general population and the prevalence of smoking is even higher among U.S. veterans. Our study examined cigarette smoking patterns among Service members before and after military separation to better understand the disproportionate rate of smoking among veterans. Data from the Millennium Cohort Study were used. All study participants were in the military at baseline and some transitioned from the military to civilian life during the observation period. We investigated any impact of military separation on smoking, as well as other potential risk factors for smoking. Overall, we observed higher smoking prevalence among veterans than Service members. Additionally, we found that Service members smoked more while approaching their separation from the military. Longitudinal analysis revealed military separation was not a risk factor for smoking, as we had hypothesized. Baseline smoking was the most influential predictor ...
American journal of public health, 2015
We examined whether military service, including deployment and combat experience, were related to smoking initiation and relapse. We included older (panel 1) and younger (panel 2) participants in the Millennium Cohort Study. Never smokers were followed for 3 to 6 years for smoking initiation, and former smokers were followed for relapse. Complementary log-log regression models estimated the relative risk (RR) of initiation and relapse by military exposure while adjusting for demographic, health, and lifestyle factors. Deployment with combat experience predicted higher initiation rate (panel 1: RR = 1.44; 95% confidence interval [CI] = 1.28, 1.62; panel 2: RR = 1.26; 95% CI = 1.04, 1.54) and relapse rate (panel 1 only: RR = 1.48; 95% CI = 1.36, 1.62). Depending on the panel, previous mental health disorders, life stressors, and other military and nonmilitary characteristics independently predicted initiation and relapse. Deployment with combat experience and previous mental disorder ...
The association of smoking and the cost of military training
Tobacco Control, 2001
Objective-To determine if premature discharge from the US Air Force was associated with the smoking status of recruits. Design and setting-A total of 29 044 US Air Force personnel recruited from August 1995 to August 1996 were administered baseline behavioural risk assessment surveys during basic military training. They were tracked over a 12 month period to determine those who were prematurely discharged. Main outcome measures-Excess training costs as a result of premature discharge. Results-In this 12 month period, 14.0% of those entering the US Air Force were discharged at a one year follow up. In both univariate and multivariate models, the best single predictor of early discharge was smoking status. Overall, 11.8% of non-smokers versus 19.4% of smokers were prematurely discharged (relative risk 1.795). Conclusions-Using US Department of Defense data on the cost of military training, recruits who smoke in the US Air Force are associated with 18millionperyearinexcesstrainingcosts.Appliedtoallservicebranches,smokingstatus,whichrepresentsaconstellationofunderlyingbehavioursandattitudesthatcancontributetoearlydischarge,isassociatedwithover18 million per year in excess training costs. Applied to all service branches, smoking status, which represents a constellation of underlying behaviours and attitudes that can contribute to early discharge, is associated with over 18millionperyearinexcesstrainingcosts.Appliedtoallservicebranches,smokingstatus,whichrepresentsaconstellationofunderlyingbehavioursandattitudesthatcancontributetoearlydischarge,isassociatedwithover130 million per year in excess training costs.
The Impact of Unit Membership on Smoking Among Soldiers
Military Medicine, 2016
Cultural, organizational, and dyadic influences have been found to be associated with smoking in the military while group-level influences have been identified in the general population. However, there are few studies examining group-level influences in the military and none using group-level analyses. Such studies are essential for understanding how to optimally forestall or cease smoking. This study, using mixed effects modelling, examined whether unit membership influenced smoking behavior in soldiers from brigade combat teams. Unit membership was assessed in 2008 to 2009 at the company level (n = 2204) and in 2012 at the platoon level (n = 452). Smoking was assessed by the number of daily cigarettes smoked (range: 0-99) with smoking status (nonsmoker vs. smoker) and smoking level (none, smoker, and heavy [20 + cigarettes/day]) as the outcomes. For both samples, unit membership was not significantly associated with a soldier's propensity to smoke when comparing either all smokers to nonsmokers or heavy smokers to smokers. These results suggest typical military unit-level training programs are unlikely to be the most effective mode of intervention for smoking prevention or cessation. Smoking rates in the military may be influenced instead by small group or individual relationships or by overall military culture.
A longitudinal analysis of tobacco use in younger and older U.S. veterans
Preventive Medicine Reports, 2019
United States (U.S.) veterans are prone to higher rates of smoking and smoking-related disease. We describe the prevalence of cigarette and non-cigarette product use and determine longitudinal predictors of tobacco use transitions in this vulnerable population. Data are from Waves 1 (2013-2014) and 2 (2014-2015) of the adult cohort in the Population Assessment of Tobacco and Health. Wave 1 prevalence was calculated for past 30-day use of all queried tobacco products, and compared by veteran status. Weighted multinomial logistic regression was used to determine predictors-demographics, substance use, and physical and psychological comorbidities-of tobacco use transitions (continued use, initiation, and cessation) among veterans. Compared to non-veterans, use of nearly all tobacco products was significantly higher among veterans and was highest among younger veterans. Compared to continued nonusers, continued users were more likely to: be of younger age (OR = 0.95, 95% CI: 0.95-0.96), have poorer physical health (
Education and smoking: Were Vietnam war draft avoiders also more likely to avoid smoking
Journal of Health Economics, 2007
We use the Vietnam War draft avoidance behavior documented by Card and Lemieux (2001) as a quasi-natural experiment to infer causation from education to smoking and nd strong evidence that education, whether measured in years of completed schooling or in educational attainment categories, reduces the probability of smoking at the time of the interview, more particularly the probability of smoking regularly. However, while we nd that more education substantially increases the probability of never smoking, there is little evidence that it helps people stop smoking, although the estimates are fairly imprecise. Potential mechanisms linking education and smoking are also explored.
Perceived Deterrence of Cigarette Use and Smoking Status Among Active Duty Military Personnel
Military Medicine, 2017
Background: Tobacco use in the military adversely affects fitness, readiness and performance levels, and increases health care costs. In 2011, cigarette use in the military was higher than in the civilian population (24.0% vs. 21.2%). We examined the perceptions of active duty service members with respect to supervisory and military installation determent of cigarette smoking. Methods: Using the Department of Defense's 2011 Health-Related Behaviors Survey (HRBS) of active duty military personnel (N = 39,877) data, a multivariate logistic regression estimated the association of personnel's perception of leadership discouraging cigarette use with smoking status, controlling for covariates (n = 23,354). Results: Those who perceived their supervisor as "Somewhat" (adjusted odds ratio [AOR] 1.41, 95% confidence interval [CI] [1.29, 1.54]) or "Strongly" (AOR 1.22, 95% CI [1.09, 1.37]) discouraging of cigarette use had higher odds of smoking compared to those who perceived supervisors "Not at all" discouraging use. Odds of currently smoking increased with perceptions of increasing discouragement by installation, from "Somewhat" (AOR 1.64, 95% CI [1.49, 1.80]) to "Strongly discourages" cigarette use (AOR 1.71, 95% CI [1.50, 1.95]). As expected, the strongest correlate of current smoking was having friends who smoke (AOR 13.62, 95% CI [11.53, 16.07]). Other significant covariates in the model focused on current smokers included high risk for alcohol problems, specifically hazardous drinking (
BMC cancer, 2016
Serving military personnel are more likely to smoke, and to smoke more heavily, than civilians. The aim of our study was to examine whether veterans have an increased risk of a range of smoking-related cancers compared with non-veterans, using a large, national cohort of veterans. We conducted a retrospective cohort study of 57,000 veterans resident in Scotland and 173,000 age, sex and area of residence matched civilians. We used Cox proportional hazard models to compare the risk of any cancer, lung cancer and other smoking-related cancers overall, by sex and by birth cohort, adjusting for the potential confounding effect of socioeconomic deprivation. Over a mean of 29 years follow-up, 445 (0.79 %) veterans developed lung cancer compared with 1106 (0.64 %) non-veterans (adjusted hazard ratio 1.16, 95 % confidence intervals 1.04-1.30, p = 0.008). Other smoking-related cancers occurred in 737 (1.31 %) veterans compared with 1883 (1.09 %) non-veterans (adjusted hazard ratio 1.18, 95 % ...