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Transportation, storage and GHG emissions: A new perspective of input-output subsystem analysis

机译:运输,储存和温室气体排放:输入输出子系统分析的新视角

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摘要

We develop an input-output subsystem analysis based on the Ghosh model to study the emissions of a sector given the productive structure of the economy. Our method complements the traditional subsystem analysis based on the demand-driven model by considering the emissions associated to the primary inputs of the subsystem. This is particularly relevant to study the emissions associated to the activity of sectors that produce mainly for other sectors. We apply both methodologies to analyze the transportation and storage subsystem emissions in Spain in 2014. The outcomes from the demand-driven model point to land and air transport as the main responsible for subsystem emissions, while the supply-driven model also considers storage sector as significant in explaining the subsystem emissions. When intermediate demand is relevant, the consideration of both models helps to better identify the activities responsible for the subsystem emissions, allowing for more accurate policy recommendations.
机译:我们基于Ghosh模型开发了输入输出子系统分析,以研究经济生产结构的船舶排放。我们的方法通过考虑与子系统的主要输入相关的排放来补充基于需求驱动的模型的传统子系统分析。这与研究与主要用于其他部门的行业活动相关的排放尤为重要。我们将两种方法应用于2014年分析西班牙的运输和储存子系统排放。需求驱动的模型指向土地和航空运输的结果作为子系统排放的主要负责,而供应驱动模型也认为存储部门为在解释子系统排放时重大。当中间需求相关时,两种模型的考虑有助于更好地确定负责子系统排放的活动,允许更准确的政策建议。

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