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首页> 外文会议>Conference on Integrated Agricultural Systems: Methodologies, Modelling and Measuring >Climate change and agriculture: Integrating agriculturalgreenhouse gas emissions into an agricultural trade model to assessthe economic and environmental implications of extreme weather events and bio-energy policy
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Climate change and agriculture: Integrating agriculturalgreenhouse gas emissions into an agricultural trade model to assessthe economic and environmental implications of extreme weather events and bio-energy policy

机译：气候变化与农业：将农业林房气体排放融入农业贸易模式，评估极端天气事件和生物能源政策的经济和环境影响

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摘要

Agriculture is a sector that is not only directly affected by climate, but also contributes to greenhouse gas emissions and has the potential to play an important role in the mitigation of climate change. This paper explores some ofthe linkages between impacts, energy policy, and the flow-on effects of these policies, in the context of international agricultural production and trade. This research extends a partial equilibrium net trade model to include GHG emissions from livestock production, so that both trade and environmental outcomes can be assessed. GHG emissions are added to four countries/regions in the model: the EU, the US, Australia and New Zealand, using country-specific emission factors and IPCC inventory methodology. The individual and combined effects of climate and biofuel-related shocks are investigated using this trade model, the LTEM.
机译：农业是一个不仅受到气候影响的行业，而且还有助于温室气体排放，并有可能在减缓气候变化中发挥重要作用。本文在国际农业生产和贸易的背景下探讨了影响，能源政策和这些政策对这些政策的流动影响之间的联系。该研究扩展了部分均衡净贸易模型，包括来自牲畜生产的温室气体排放，从而可以评估贸易和环境结果。该模型中的四个国家/地区增加了温室气体排放：欧盟，美国，澳大利亚和新西兰，采用特定国家的排放因子和IPCC库存方法。使用该贸易模式，LTEM调查了气候和生物燃料相关冲击的个人和综合影响。

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