Several technological approaches to mitigate methane dairy emissions are available; however, assuming that technological change alone generates the necessary incentives to accelerate emissions reduction is risky. Without adequate market signals, producers might choose not to use the technologies available or to the desired extent. Addressing this economic problem requires altering producers’ and consumers’ behaviour by introducing incentives or constraints. Employing the livestock policy simulation model, we examine the effects of reducing methane emissions in the dairy sector under different market-based policy instruments. We used the primary dairy sector in Uruguay as a case study. The results show that a policy mix combining a set of market-based instruments can be more effective than a single policy instrument alone.
Economic, social and environmental effects of reducing dairy methane emissions through market-based policies: An application of the Livestock Policy Simulation Model
Nicolli F.Penultimo
Writing – Original Draft Preparation
;
2023
Abstract
Several technological approaches to mitigate methane dairy emissions are available; however, assuming that technological change alone generates the necessary incentives to accelerate emissions reduction is risky. Without adequate market signals, producers might choose not to use the technologies available or to the desired extent. Addressing this economic problem requires altering producers’ and consumers’ behaviour by introducing incentives or constraints. Employing the livestock policy simulation model, we examine the effects of reducing methane emissions in the dairy sector under different market-based policy instruments. We used the primary dairy sector in Uruguay as a case study. The results show that a policy mix combining a set of market-based instruments can be more effective than a single policy instrument alone.File | Dimensione | Formato | |
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