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dc.contributor.authorBakaeva, N. V.-
dc.contributor.authorKalaydo, A. V.-
dc.date.accessioned2020-12-18T12:17:57Z-
dc.date.available2020-12-18T12:17:57Z-
dc.date.issued2020-12-18-
dc.identifier.urihttp://dspace.ltsu.org//handle/123456789/4316-
dc.description.abstractThe discussion of our study will be centred on a large-scale investigation concerning the geopolitics of the resources for the future of urbanization. This study is based on a study made by the author and currently under publication in China with the title of Eco-District Construction Strategy Research: Planning and Management of Green Areas in China, Constructive Proposals for Green Life in the Future. The presentation intends to summarize some of the key aspects of the book, especially pointing out the fundamental element of the Eco-District strategy for the future of urbanization. The author will present some important study cases in Europe and in China. Examples are Aarhus in Denmark, the Växjö city in Sweden, and important realization in China such as Sino-Singapore Tianjin Eco-City and Xiong’An in Hebei Province. The study will explain the theory beside the Eco-District, the best practice cases, the technologies that permit their realization and, finally, the necessary culture and management based on social participation. The presentation will touch also a peculiar subject that the author called Multi-Scale Approach, and the theory and practice of Multi-Layer planning and Smart-Node, a fundamental strategy in the logic of the Eco-District for sustainable life. The presentation will briefly add some analysis about the issue of the resilience of the city during the lock-down caused by the Covid-19, especially in the Chinese context. This is a fundamental issue that have to be put into consideration for the future of sustainable life after the recent tragic events that touch all the population in the world.ru
dc.language.isootherru
dc.subjectEco-Districtru
dc.subjectEco-liferu
dc.subjectSustainabilityru
dc.subjectSmart nodesru
dc.subjectMulti-Scale Approachru
dc.subjectCircular economyru
dc.titleModeling the source and mechanism of radon entry into the building. – 2020.ru
dc.typeArticleru
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