| Summary: | 碩士 === 國立臺北科技大學 === 機電整合研究所 === 103 === Flood cause huge loss and damage in western plains and Taipei Basin in Taiwan, and it has increasingly become severe. Taiwan calls for an innovative approach in order to respond to the issues of heavy precipitation events and sea level rise from now to the near future. Therefore, to extend the idea of sustainable development, we have to build a low-carbon urban without neglecting the environmental, social and economic development. Of importance, floating buildings is a part of the solutions. In order to know more about development of advanced waters architecture, the study investigates four cases in Netherlands which is famous for water policy, and Marina Bay in Singapore which is famous for green buildings. In addition, more international cases are discussed for further references. This research discusses the related technologies planning process on “Low-Carbon Floating City”, which include building types, floating structures, energy types, environment, industry, etc. The process has three items, they are environmental analysis, needs analysis, application of low-carbon technologies, then preliminary feasibility study of “Dapeng Bay Low-carbon Floating City, the Blue Carbon Pilot integration project” and according from this planning process. Especially exert the ecological services concept of blue carbon by using mangroves and tidal freshwater wetlands in the Dapeng Bay. This research is the first academic paper of core value on floating city’s planning and application in Taiwan. I believe it will be a valuable reference for industrial development and technology on floating city, and be able to assist the people who live in low-lying areas to adapt increasingly serious environmental change.
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