Background
Weng, Yu-Chi was born on November 4, 1976 in Taipei, Taiwan. Son of Han-Chang and Hua-Ling Weng.
(Recent studies argued that unsustainable consumption patt...)
Recent studies argued that unsustainable consumption pattern is a driving factor of the environmental loads, particularly the generation and discards of municipal solid waste (MSW). Quantitatively reexamining the current consumption behavior from the perspective of sustainability is particular important. This book provides a holistic quantitative methodology for quantifying the consumer behavior and for analyzing its impacts on MSW management systems regarding capacity planning and greenhouse gas mitigation. The outcomes suggest that sustainable lifestyle can be formed by eliminating ones? potential "excess consumption". Tangible strategies involving ideas of "dematerialization", "slower consumption", and "ecological modernisation" can be made. The design of concrete policy measures can be further achieved through the established models in terms of waste reduction, recycling programs, recovery and conservation of the soil layer along with the biosphere, capacity planning of MSW treatment and disposal system, and global warming mitigation. To sum up, the findings of this book will contribute to the policy design towards a sustainable lifestyle and a low waste discarding society.
http://www.amazon.com/gp/product/3838352696/?tag=2022091-20
Weng, Yu-Chi was born on November 4, 1976 in Taipei, Taiwan. Son of Han-Chang and Hua-Ling Weng.
Bachelor of Science, National National Cheng-Kung University University, 1999. Master of Science, National National Cheng-Kung University University, 2001. Doctor of Philosophy, Kyoto University, 2009.
Assistant professor Okayama University, since 2009. Civil servant Taipei City Government, 2003—2004. Assistant fellow Taiwan Institute Economic Research, 2004—2005.
With, 2001-2003, Taoyuan, Taiwan.
(Recent studies argued that unsustainable consumption patt...)
Member of International Society Environmental Information Science, Association Environmental & Sanitary Engineering Research, Japan Society Material Cycles and Waste Management, Japan Society Civil Engineer.