BACKGROUND: The stress of military deployment may compound occupational stress experienced in the military and manifest in maladaptive coping behaviors such as cigarette smoking. The current study describes new smoking among never-smokers, smoking recidivism among past smokers, and change in daily smoking among smokers in relation to military deployment. METHODS: The Millennium Cohort is a 21-year longitudinal study. The current analysis utilized participants (N=48,304) who submitted baseline data (July 2001-June 2003) before the current conflicts in Iraq and Afghanistan and follow-up data (June 2004-January 2006) on health measures. New smoking was identified among baseline never-smokers, smoking recidivism among baseline past smokers, and increased or decreased daily smoking among baseline smokers. Analyses were conducted March 2007-April 2007. RESULTS: Among never-smokers, smoking initiation was identified in 1.3% of nondeployers and 2.3% of deployers. Among past smokers, smoking resumption occurred in 28.7% of nondeployers and 39.4% of those who deployed. Smoking increased 44% among nondeployers and 57% among deployers. Those who deployed and reported combat exposures were at 1.6 times greater odds of initiating smoking among baseline never-smokers (95% CI=1.2, 2.3) and at 1.3 times greater odds of resuming smoking among baseline past smokers when compared to those who did not report combat exposures. Other deployment factors independently associated with postdeployment smoking recidivism included deploying for >9 months and deploying multiple times. Among those who smoked at baseline, deployment was not associated with changes in daily amount smoked. CONCLUSIONS: Military deployment is associated with smoking initiation and, more strongly, with smoking recidivism, particularly among those with prolonged deployments, multiple deployments, or combat exposures. Prevention programs should focus on the prevention of smoking relapse during or after deployment.
BACKGROUND: The stress of military deployment may compound occupational stress experienced in the military and manifest in maladaptive coping behaviors such as cigarette smoking. The current study describes new smoking among never-smokers, smoking recidivism among past smokers, and change in daily smoking among smokers in relation to military deployment. METHODS: The Millennium Cohort is a 21-year longitudinal study. The current analysis utilized participants (N=48,304) who submitted baseline data (July 2001-June 2003) before the current conflicts in Iraq and Afghanistan and follow-up data (June 2004-January 2006) on health measures. New smoking was identified among baseline never-smokers, smoking recidivism among baseline past smokers, and increased or decreased daily smoking among baseline smokers. Analyses were conducted March 2007-April 2007. RESULTS: Among never-smokers, smoking initiation was identified in 1.3% of nondeployers and 2.3% of deployers. Among past smokers, smoking resumption occurred in 28.7% of nondeployers and 39.4% of those who deployed. Smoking increased 44% among nondeployers and 57% among deployers. Those who deployed and reported combat exposures were at 1.6 times greater odds of initiating smoking among baseline never-smokers (95% CI=1.2, 2.3) and at 1.3 times greater odds of resuming smoking among baseline past smokers when compared to those who did not report combat exposures. Other deployment factors independently associated with postdeployment smoking recidivism included deploying for >9 months and deploying multiple times. Among those who smoked at baseline, deployment was not associated with changes in daily amount smoked. CONCLUSIONS: Military deployment is associated with smoking initiation and, more strongly, with smoking recidivism, particularly among those with prolonged deployments, multiple deployments, or combat exposures. Prevention programs should focus on the prevention of smoking relapse during or after deployment.
Authors: Amanda Y Kong; Shelley D Golden; Allison E Myers; Melissa A Little; Robert Klesges; Wayne Talcott; Sara M Vandegrift; Daniel G Cassidy; Kurt M Ribisl Journal: Tob Control Date: 2018-04-28 Impact factor: 7.552
Authors: Edward J Boyko; Daniel W Trone; Arthur V Peterson; Isabel G Jacobson; Alyson J Littman; Charles Maynard; Amber D Seelig; Nancy F Crum-Cianflone; Jonathan B Bricker Journal: Am J Public Health Date: 2015-04-16 Impact factor: 9.308
Authors: Stephen T Higgins; Allison N Kurti; Marissa Palmer; Jennifer W Tidey; Antonio Cepeda-Benito; Maria R Cooper; Nicolle M Krebs; Lourdes Baezconde-Garbanati; Joy L Hart; Cassandra A Stanton Journal: Prev Med Date: 2019-05-02 Impact factor: 4.018
Authors: Molly L Kelton; Cynthia A LeardMann; Besa Smith; Edward J Boyko; Tomoko I Hooper; Gary D Gackstetter; Paul D Bliese; Charles W Hoge; Tyler C Smith Journal: BMC Med Res Methodol Date: 2010-10-15 Impact factor: 4.615