2004
DOI: 10.1093/ei/cbh073
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Voter Preferences and State Regulation of Smoking

Abstract: Voters' preferences for smoking restrictions in restaurants, bars, malls, indoor sporting events, and hospitals are consistent with state-level restrictions on smoking in each of these public areas. This analysis is based on constructed measures of political pressure that take into account both individual preferences and voting behavior. Although smokers are less likely to vote than nonsmokers, their lower voting rate does not substantially influence the probability that a state has a restriction. Other factor… Show more

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Cited by 29 publications
(32 citation statements)
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“…Regulations that restrict smoking in public areas may lower the costs to smokers of quitting by acting as a commitment device. As Hersch, Del Rossi, and Viscusi (2004) show, individual preferences over smoking restrictions map into government policy, as actual tobacco regulations within a state are consistent with preferences of voters within the state. 8 Such regulations once passed cannot be reversed if smokers find that regulations did not lower their costs of quitting.…”
Section: Introductionmentioning
confidence: 78%
See 1 more Smart Citation
“…Regulations that restrict smoking in public areas may lower the costs to smokers of quitting by acting as a commitment device. As Hersch, Del Rossi, and Viscusi (2004) show, individual preferences over smoking restrictions map into government policy, as actual tobacco regulations within a state are consistent with preferences of voters within the state. 8 Such regulations once passed cannot be reversed if smokers find that regulations did not lower their costs of quitting.…”
Section: Introductionmentioning
confidence: 78%
“…Former smokers are less likely to support smoking bans than are never smokers, 12 As former smokers comprise only 23.8 percent of the entire sample, these quit plans probably wildly overstate the share that actually will quit successfully in this upcoming attempt. 13 These statistics are reported in Hersch, Del Rossi, and Viscusi (2004), Table 3. 14 Family income is reported in 14 ranges from the lowest category of less than $5,000 to the top category of more than $75,000.…”
Section: Datamentioning
confidence: 99%
“…16, 17, 20 Even after controlling for antismoking sentiment, there is still find evidence for the norm spreading effect of smokefree workplace and public place laws and evidence against “behavioral compensation.” Anti-smoking sentiment is highly correlated with the passage of the clean indoor air laws, therefore, the decreased association between smokefree laws and smokefree-home rules (OR = 7.76 without sentiment and OR = 4.08 with sentiment for full coverage and smoker households; OR = 4.12 without sentiment and OR = 2.44 with sentiment for full coverage and nonsmoker households) after controlling for antismoking sentiment may due to model over-adjustment (p < 0.01 without sentiment and p = 0.89 with sentiment for partial coverage and smoker households; p < 0.01 without sentiment and p = 0.99 with sentiment for partial coverage and nonsmoker households). The fact that there is a positive association between the presence of the laws and smokefree-home rules even after controlling for anti-smoking sentiment is consistent with the hypothesis that the existence of the law has a positive independent effect on smokefree-home rules.…”
Section: Discussionmentioning
confidence: 99%
“…Extending the approach of Gilpin et al (2004) and Hersch et al (2004), our factor analysis is based on the idea that an unobserved latent variable (or common factor) is responsible for the correlation among the nine observed variables created from the TUS-CPS responses (Harman, 1976). In the spirit of using all available information, we pool data from the three cycles of the TUS-CPS and conduct the factor analysis on a sample of 616 796 observations.…”
Section: Measuring Anti-smoking Sentimentmentioning
confidence: 99%