Systematized study on urban planning based on environmental engineering in response to global climate change

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In order to obtain a method for environmental assessment of synthetic city planning for mitigation and adaption of global climate change, this study involved collaboration between eleven architectural environmental engineering professionals. Each researcher focused on their field of expertise, and mechanisms of actual conditions and measurements in the geosphere, hydrosphere, atmosphere, biosphere, and anthroposphere, with a specific focus on the flow of energy and heat, were analyzed in common study fields, sharing the base data and the research results using GIS. As a result of this study, collaboration between the researchers was realized, and important findings regarding subterranean heat islands, ecosystem services, and so on were made. Thus, the collaborative research method used in this study was verified. This method could be further developed upon to create a sound environmental assessment system for synthetic city planning in the future.