Titlebook: Energy Efficiency and Sustainable Consumption; The Rebound Effect Horace Herring (Visiting Research Fellow),Steve So Book 2009 Palgrave Mac

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Modelling the Economy-wide Rebound Effectroduction activities in a developed economy? Most studies focus on the direct rebound effects, often in the context of the demand for consumer services (Greening et al., 2000; Sorrell, 2007). This restricts the analysis solely to the energy required to provide the consumer services to which the effi

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Specifying Technology for Analysing Reboundoduction functions. As part of this endeavour, they need to mathematically depict the technology gains that may lead to rebound. In this chapter, we attempt to bridge the gap between an engineering understanding of what these technology gains must look like in concrete terms and what they must look

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Energy Efficiency and Economic Growth: the ‘Rebound Effect’ as a Driver economic growth since the industrial revolution. In fact, ‘technological progress’ as normally construed by economists appears to be primarily due to increasing energy-conversion efficiency, notwithstanding contributions from information technology in recent decades. The second, related thesis is t

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Avoiding Rebound through a Steady-State Economyted by conventional economic theory, which implicitly assumes insatiable demand for energy services. Material consumption is considered to be limited primarily by productive capacity with little concern for ecological costs and limits. In such a development aiming at unlimited growth it would from a

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Sufficiency and the Rebound Effectreason is to save money which, after repaying the costs of investment, can then be spent on other activities, all of which use energy to some extent. Hence the rebound is never zero. But this chapter is not going to discuss the economic reasons for investment by consumers, but instead will focus on

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