世界发展银行-Taxing-Tobacco-in-Georgia-_-Welfare-and-Distributional-Gains-of-Smoking-Cessation_39页_1mb

Summary of "Taxing Tobacco in Georgia: Welfare and Distributional Gains of Smoking Cessation"

Core Content

This working paper evaluates the welfare and distributional impacts of increasing cigarette taxes in Georgia, focusing on whether such policies have regressive or progressive effects on different income groups. The study uses an Extended Cost Benefit Analysis (ECBA) framework to simulate these effects, incorporating decile-specific price elasticities of demand to account for varying behavioral responses across income levels.

Main Views

• Tobacco Consumption in Georgia
  Georgia has one of the highest smoking rates in the European region, with 57% of adult males and 7% of adult females being current smokers. Smoking prevalence has been increasing over the last decade, and youth smoking rates are also notable, with 12% of teenagers (ages 13–15) consuming tobacco. Smokeless tobacco use is more common among youth than adults.

• Tobacco Control Policies
  Georgia has implemented comprehensive tobacco control measures, including the 2017 Tobacco Control Law, which is considered one of the strongest in the world. The law includes provisions such as raising cigarette taxes, implementing smoke-free policies, improving health warnings on packaging, and banning all forms of tobacco promotion. These policies align with the WHO Framework Convention on Tobacco Control (FCTC) and are part of Georgia’s efforts to meet EU standards.

• Tobacco Taxation Policy
  Tobacco taxes in Georgia have historically been lower than international best practices. The 2017 tax reform increased the ad valorem excise tax from 10% to 30% and equalized taxes for filtered and unfiltered cigarettes. Georgia has committed to meeting EU excise duty targets by 2021, including a minimum of 60% of the retail price and 90 euros per 1,000 cigarettes.

• Health and Economic Costs of Tobacco
  Tobacco use is a leading cause of disease and death in Georgia, contributing to 7,000–11,000 annual deaths. The economic burden is significant, with tobacco-related health costs accounting for 2.43% of GDP in 2016. Out-of-pocket health expenditures are high, and tobacco-related productivity losses also represent a large portion of the total economic cost.

• Elasticities of Demand for Tobacco
  The study finds that lower-income households in Georgia respond more intensely to price increases, with higher price elasticities of demand. These elasticities are comparable to those in other countries, suggesting that tobacco tax increases are likely to have a progressive impact on household welfare.

• ECBA Methodology
  The ECBA model estimates three key effects:

  1. Increase in tobacco expenditures (A)
  2. Reduction in direct medical expenses (B)
  3. Additional income from increased productive life (C)
     The net income effect is calculated by summing these components, and the analysis shows that the long-term effects of tobacco tax increases are likely to be progressive, with the poorest households benefiting the most.

• Empirical Findings
  The simulations based on household survey data suggest that increasing cigarette taxes in Georgia leads to a progressive distribution of benefits. Poorer households experience greater reductions in consumption, which translates into significant savings in medical costs and potential income gains from increased productive years. The net welfare effect is positive, especially for lower-income groups.

• Comparative Evidence from Peer Countries
  Similar studies in Armenia and the Kyrgyz Republic show that higher tobacco taxes lead to substantial health and economic benefits, particularly for poorer populations. These studies support the notion that tobacco taxation can be an effective and equitable tool for public health and economic development.

Key Information

• Estimated Benefits of Tax Increase:

  • Health Savings: Over 53,000 lives could be saved over a 15-year period.
  • Economic Savings: GEL 3.6 billion in health and economic costs could be avoided.
  • ROI: The return on investment for tobacco tax policies is estimated at GEL 357 for every GEL invested.

• Price Elasticity of Demand:

  • Base Scenario: Price elasticities are estimated to be between -0.5 and -0.74 for lower-income households.
  • Income Group Differences: Lower-income households show higher price responsiveness, which means they reduce smoking more significantly when prices rise.

• Distributional Effects:

  • The net distributional effect of increasing cigarette taxes is progressive, with the poorest households gaining the most in terms of income and health benefits.
  • The indirect benefits of smoking cessation—such as reduced medical expenses and increased working years—further offset the initial negative budget shock from higher prices.

• Policy Implications:

  • Tobacco tax increases are an effective and equitable policy tool for reducing smoking and improving public health.
  • The findings support the implementation of stronger tobacco control policies in Georgia, particularly those that align with FCTC and EU standards.
  • The results also highlight the importance of using ECBA to evaluate the welfare and distributional impacts of health policies, especially those targeting behavioral change.

Conclusion

The study concludes that increasing tobacco taxes in Georgia is likely to have progressive distributional effects, as lower-income households experience the most significant reductions in consumption and associated health costs. These benefits can contribute to poverty reduction and improve overall household welfare. The findings support the case for implementing and enforcing stronger tobacco control policies, which align with both international standards and domestic public health goals.