Livelihood system approach to understanding household energy consumption behaviours of Tibetan pastoralists in China

Abstract

Understanding of how rural livelihood systems embedded in different social‐ecological contexts affect household energy consumption behaviour is critical for facilitating rural energy transition. This study assesses the energy consumption level and structure for three different livelihood systems, including mobile livelihood (ML), semi‐settled livelihood (SSL) and settled livelihood (SL), from the pastoral regions of the Tibetan Plateau. Results show that the average household energy consumption in ML, SSL and SL systems is 9250.1, 14 714.3 and 7004.5 kgce, respectively. Although yak dung is the dominant energy source in the ML and SSL systems, commercial energy sources are extensively used. When rural herders are resettled into peri‐urban areas, commercial energy sources become dominant though the percentage of yak dung consumption remains high. Mobile livestock production strategies and the associated rangeland tenure regimes and cultural practices are key determinant household energy choice factors of the ML and SSL systems. Comparatively, the role of income is more impactful on fuel consumption patterns in the SL system. Accordingly, this study argues that utilising a livelihood system approach in understanding household energy consumption behaviour allows us to design energy policies and innovative and customised clean energy sources that better fit rural livelihood systems.