Resilient and Adaptive Tokyo

Our cities, and the systems that support them, have not been designed to address the FWE nexus. There exist gaps in awareness of the role and impacts of climate change. Improving communication among stakeholders with the support of scientific evidence is the key to narrowing the gaps. This book approached this issue with a multidisciplinary and transdisciplinary moveable nexus approach through the lens of FEW nexus under the project of the Sustainable Urbanization Global Initiative of Belmont Forum. It presents a collection of evidence/science-based planning decisions and participatory practices by using Tokyo as the focal area. It visualizes the stock and flow of the Food-Water-Energy (FEW) supporting the world's largest metropolitan area, explores how the actors have worked together to secure the resilience and sustainability of resources, and demonstrates the potential of resources in making the city adaptive to climatic and social changes. It is designed for researchers in urbanization, nexus research, urban design research, environment, disaster risk reduction, and climate change studies, and can be used as a textbook for university courses. It is also a useful tool for practitioners and policymakers in applying collective knowledge to policy and decision-making.

The first book focuses on Food-Energy-Water (FEW) design-approach in Tokyo area Presents data analysis and field-based case studies built on the multi-stakeholder and trans-disciplinary dialogues Provides unique recommendations for sustainable urbanization and optimum resource conservation

Auteur

Yan, Wanglin, Professor, Dr., Faculty of Environment and Information Studies, Keio University. Email: w_yan@keio.jp. Prof. Yan is a distinguished scholar in Environmental and Geo-informational Science for urban and regional planning by multi-disciplinary and transdisciplinary approaches. He is currently the president of Geographic Information System Association, Japan. He is also serving the sub-regional node of Asia-Pacific Adaptation Network of UNEP and is devoted to climate change adaptation and disaster risk reduction in Japan and northeast Asian countries. He has recently led the international consortium for the SUGI Nexus Program/M-NEX project and contributed to the co-creative design-led approach for urban food-energy-water management.

Galloway, Will, Assistant professor, Dr., Department of Architecture, Toronto Metropolitan University. Email: will.galloway@torontomu.ca. Will is an architect and urban planner, trained in Canada, the UK, and Japan. He taught at several universities in Japan, including Keio University and Waseda University, and currently teaches at Toronto Metropolitan University, Department of Architectural Science. In addition to research and teaching, he is the co-founder and director of the architecture office, frontoffice tokyo. His research focuses on resilience and adaptation, often making use of lessons learned from the examination of growth and change in cities.

Shaw, Rajib, Professor, Dr., Graduate School of Media and Governance, Keio University. Email: shaw@sfc.keio.ac.jp. Shaw is the Co-chair of the United Nations Asia-Pacific Science Technology Advisory Group (AP-STAG) and Coordinating Lead Author (CLA) IPCC s 6th Assessment Report. He is the editor of a book series on disaster risk reduction, published by Springer, and the Chief Editor of an academic journal Progress in Disaster Science by Elsevier. He is the recipient of Pravasi Bhartiya Samman Award (PBSA) of 2021 in Education Sector from the President of India. He also received United Nations Sasakawa Award for disaster risk reduction as a lifetime achievement and for his contribution to global disaster resilience initiatives. More of his work can be seen in: www.rajibshaw.org.

Contenu
Chapter 1 - Understanding Change in Tokyo through Food, Energy, and Water Security.- Chapter 2 - Design-led Nexus Approach for Sustainable Urbanisation.- Chapter 3 - Climate Change in Global Cities.- Chapter 4 - Scaling the Food-Energy-Water Concept in Tokyo.- Chapter 5 - Land Use Planning and Conservation Policy in the Tokyo Metropolitan Area.- Chapter 6 - Green Infrastructure in Tokyo.- Chapter 7 - Calculating the Demand for Food, Energy and Water in the Spatial Perspective.- Chapter 8 - Identifying Gaps between Food Supply and Demand under Compact City Policies.- Chapter 9 - Urban Agriculture as a Tool for Adapting Cities for the Future.- Chapter 10 - Assessing Urban Resource Consumption and Carbon Emissions from a Food-Energy-Water Nexus Perspective.- Chapter 11 - Impacts of the 2011 Disaster on Food-Energy-Water Material Flows and Resource Use Efficiency in Yokohama City.- Chapter 12 - The Potential of Hydrogen Energy and Innovative Diffusion Models in Japan.- Chapter 13 Hydrogen Refueling Station Siting and Development Planning in the Delivery Industry.- Chapter 14 - Visualizing Social Capital and Actor Networks for Sustainable Suburban Areas.- Chapter 15 - Policy interventions for resilience and adaptive cities.- Chapter 16 - Towards A New Resilience.