1. Low Carbon Shanghai Avoiding Carbon Lock-In through Sustainable Urbanization
- Author:
- Wing Ho Tom Cheng, Gautam Kamath, Kevin Rowe, Eleanor Wood, and Taisen Yue
- Publication Date:
- 08-2014
- Content Type:
- Working Paper
- Institution:
- Belfer Center for Science and International Affairs, Harvard University
- Abstract:
- Shanghai will lock in a future of high energy costs and worsening air pollution if it does not change current policies for the planning, construction, and operation of new urban developments, particularly transportation systems, and buildings. This report assesses the policy frameworks for these systems and their implications for Shanghai's prospects as a low carbon city. The major obstacles to efficient, low carbon development are the fragmented planning system for land use and transportation, the insufficiently stringent building energy efficiency codes and the lack of investment in opportunities to encourage efficient consumer behavior. Carbon lock-in occurs when infrastructure projects, or other developments with long lifetimes, are designed with high-carbon characteristics that are difficult to reverse later. This issue is par¬ticularly acute for rapidly-urbanizing Shanghai, where there is an emphasis on keeping project costs low and completion times short. This report was prepared as a case study for the Chinese Academy of Social Sciences (CASS), a prominent government-affiliated think tank in China. The recommendations are addressed to the Shanghai Municipal Government. Many recommendations hold relevance for the governments of other fast-growing Chinese cities facing similar carbon lock-in challenges to Shanghai.
- Political Geography:
- China and Shanghai