Journal Title:  ECONOMIA AGRO-ALIMENTARE

Author/s: Rosaria Viscecchia, Antonio Stasi, Maurizio Prosperi

Year: 2012 Issue: 1 Language: IT
Pages: 24 Fulltext PDF:264 KB
DOI: 10.3280/ECAG2012-001004
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Abstract:
Modern lifestyle is one among the most relevant causes of alimentary disorder and environmental problems. Preventing both of them implies a win-win strategy for the improvement of social wellness (i.e. health and environmental benefits). A suitable strategy could be addressed to the partial substitution of caloric food (e.g. beef meat), which is also responsible for a large amount of greenhouse gas (ghgs) emissions, with less caloric food (e.g. vegetables), which is proved of exerting a lower impact on climate change. The analysis is referred to the Italian case study, based on data from the Italian Statistical Institute (istat). The relationship between obesity and ghgs emissions is here explained experimentally through a 5-stage methodology. In the first step, a regression model (ols method) is adopted to explain obesity rate in terms of ratio of people consuming meat more than once a week, and the ratio of people consuming vegetables less than once a day. The outcome of this analysis allows simulating a policy target in terms of obesity abatement, provided by a reasonable change in food demand. In the third step, a meta-analysis of Life Cycle Assessment (lca) studies has been performed in order to calculate the CO2 emissions of the food types we considered. In the fourth step, the observed change in food demand from the previous step is combined with lca indicators, in order to evaluate the impact of food industry on climate change. Finally, in the fifth step, the benefits of the obesity reduction are calculated considering the cost saving for health care of the obesity, which amounts to 1.700 Eur per person. In addition, the value of the CO2 emission have been compared with the value of the European Union Allowance (eua) of CO2 emissions, which was evaluated in 2009 in terms of 21.45 eur/t CO2. Consequently, we found that the effect of the policy can be estimated in terms of 1,032 Million eur, of which the impacts on human health is the most important (about 1.020 Million eur). The study shows the evidence that the consumption of food with low content of calories has a most relevant effect in the reduction of obesity, but very limited economic effect in terms of CO2 emissions.

Keywords: Obesity, health policy, ghgs emissions
JEL Code: I18, Q54