Working Paper: NBER ID: w0655
Authors: Eugene M. Lewit; Douglas Coate; Michael Grossman
Abstract: We examine the impact of three sets of government regulations on the demand for cigarettes by teenagers in the United States. These are: (1) the excise tax on cigarettes, (2) the Fairness Doctrine of the Federal Communications Commission, which resulted in the airing of anti-smoking messages on radio and television from July 1, 1967 to January 1, 1971,and (3) the Public Health Cigarette Smoking Act of 1970, which banned pro-smoking cigarette advertising on radio and television after January 1, 1971.Teenage price elasticities of demand for cigarettes are substantial and much larger than the corresponding adult price elasticities. The teenage smoking participation elasticity equals -1.2, and the quantity smoked elasticity equals -1.4. It follows that, if future reductions in youth smoking are desired, an increase in the Federal excise tax is a potent policy to accomplish this goal. The contention of the proponents of the advertising ban that the Fairness Doctrine failed in the case of teenagers is incorrect. According to our results, the doctrine had a substantial negative impact on teenage smoking participation rates. Extrapolations suggest that the advertising ban was no better or worse a policy than the Fairness Doctrine.
Keywords: teenage smoking; government regulation; cigarette demand; fairness doctrine; public health
JEL Codes: I12; D12
Edges that are evidenced by causal inference methods are in orange, and the rest are in light blue.
Cause | Effect |
---|---|
Excise tax on cigarettes (H29) | Teenage smoking participation (J13) |
Excise tax on cigarettes (H29) | Quantity smoked by teenagers (I12) |
Fairness doctrine (M38) | Teenage smoking participation (J13) |
Antismoking messages during fairness doctrine (M38) | Teenage smoking participation (J13) |
Television watching (D19) | Probability of smoking (C25) |
Antismoking messages during fairness doctrine (M38) | Moderation of television watching effect on smoking (C92) |