Markets for Agricultural Greenhouse Gas Offsets: The Role of Policy Design on Abatement Efficiency

This article investigates the role of greenhouse gas (GHG) offset payment design on abatement efficiency in agriculture. We develop a regionally disaggregated positive mathematical programming model of California agriculture calibrated to economic and agronomic information. Regional yield and GHG emission responses to production practices are derived from a biophysical process model. The economic optimization model allows for simultaneous and continuous changes in water, nitrogen fertilizer, and tillage intensities, and captures crop substitution effects. Empirical results show that second-best policies relying on regionally aggregated emission factors lead to small abatement efficiency losses relative to the first-best policy with finer-scale emission factors. Because the costs of such second-best policies are substantially lower, this finding suggests that they could be cost-effective in California. In contrast, second-best policies targeting a single GHG or a single input entail significant abatement efficiency losses, which nonetheless can be reduced by combining policy instruments.


Issue Date:
May 28 2014
Publication Type:
Conference Paper/ Presentation
PURL Identifier:
http://purl.umn.edu/170718
Total Pages:
41
JEL Codes:
C6; Q1; Q5
Series Statement:
Paper
4694




 Record created 2017-04-01, last modified 2017-08-27

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