诱导效应:为什么反弹效应只是技术无法实现可持续性的一半原因

Steffen Lange, Vivian Frick, Maike Gossen, Johanna Pohl, Friederike Rohde, Tilman Santarius
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引用次数: 0

摘要

反弹效应的概念对于理解技术效率提高能减少多少能源和资源消耗的限制是很重要的。然而,由于这个概念的重点是效率,它忽略了技术变革的其他环境影响。我们使用“诱导效应”一词来把握新技术产生的其他重要机制。我们将诱导效应定义为能源或资源消耗水平的增加,这种增加是由技术变革带来的“新选择”的出现引起或促成的。我们对在线消费、智能家居和生活节奏这三个新技术案例的调查显示,将反弹效应和诱导效应纳入分析有助于理解技术变革与能源和资源消耗之间的关系。将诱导效应纳入分析,巩固了充分性作为可持续性战略的重要性,并有助于制定全面的政策措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The induction effect: why the rebound effect is only half the story of technology's failure to achieve sustainability
The concept of the rebound effect is important in understanding the limits to how much technological efficiency improvements can reduce energy and resource consumption. However, due to the concept's focus on efficiency, it neglects other environmental implications of technological change. We use the term “induction effect” to grasp additional important mechanisms stemming from new technologies. We define an induction effect as an increase in the level of energy or resource consumption that was caused or enabled by the emergence of “new options” arising from technological change. Our investigation of three cases of new technologies - online consumption, smart homes, and pace of life - shows how including both rebound and induction effects into the analysis helps in understanding the relationship between technological change and energy and resource consumption. Integrating induction effects into the analysis underpins the importance of sufficiency as a strategy for sustainability and helps to develop comprehensive policy measures.
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