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Emergy Synthesis for Three Main Industries in Wuyishan City, China

Z. F. Yang1*,S. S. Li1,Y. Zhang1 and G. H. Huang2

  1. State Key Joint Laboratory of Environment Simulation and Pollution Control, School of Environment, Beijing Normal University, Beijing 100875, China
  2. Environmental Systems Engineering Program, Faculty of Engineering, University of Regina, Regina, Saskatchewan S4S 0A2, Canada

*Corresponding author. Email:


Emergy synthesis is an objective method for evaluating the resource consumption by industrial development and the resulting environmental impacts. In this study, we apply emergy synthesis to account for the energy and material flows of three main industries in China's Wuyishan City, i.e. the tourism, tea, and bamboo industries. We calculate seven indices: renewable input ratio, emergy self-support ratio, emergy investment ratio, emergy density, emergy money ratio, emergy yield ratio, and environmental loading ratio. The results show that the continuous development of tourism industry is mainly resulted from the increase in its purchased resources, the tea industry’s development has been relatively stable, and the bamboo industry depends greatly on non-renewable resources but has considerable development potential. The results suggest that tourism is the most environment-friendly one. Based on our analysis, we propose two sustainable development strategies: the promotion of intercropping in tea and bamboo plantations and the development of an advanced value-added bamboo production chain.

Keywords: emergy, bamboo industry, tea industry, tourism, Wuyishan City

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