Towards the Framework of Livable and Resilient Cities
Description
This book gathers a diverse collection of essays analyzing the connections between urban design, sustainability, and climate adaptation. This extensive volume is constructed around four significant themes: urban design and public spaces, renewable energy and building technologies, climate adaptation strategies, and behavioral and policy approaches to climate change mitigation. The first section tests the essential role of urban design in creating resilient, walkable communities and public spaces, digging into topics such as urban agroecology, children's city architecture, and innovative strategies for climate control in urban settings. From the traditional storm water management systems of India to the revitalization of street dynamics, these chapters demonstrate how design can contribute to urban resilience. The second section emphasizes on the area of renewable energy and sustainable building technologies, with a certain stress on how buildings can reinforce zero-energy and low-carbon living in altering climates. The section covers leading inventions such as building-integrated photovoltaics (BIPV), green hydrogen production, and passive design strategies, granting a roadmap for integrating renewable energy solutions into both residential and urban scales. In the third part, the book surveys climate adaptation strategies that tackle the obstacles caused by climate change. Case studies of urban and architectural solutions reveal how outdoor space geometry, green infrastructure, and hydrophilic design can relieve the effects of severe weather conditions, enhance air quality, and elevate thermal comfort in dry and tropical climates. Ultimately, the book analyzes behavioral and policy tactics to climate change moderation, underlining the weight of sustainable practices at both discrete and institutional levels. Topics such as climate finance, travel adaptation strategies, and the role of universities in urban regeneration accentuate the serious connection between policy, human behavior, and climate action.
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Persons
Bao-Jie HE is Professor of Urban Climate and Sustainable Built Environment at School of Architecture and Urban Planning, Chongqing University. Baojie is also Adjunct Associate Professor at University of Queensland, Australia, and Research Fellow at Hiroshima University, Japan. Baojie He was Postdoc Research Fellow and Ph.D. Researcher, at UNSW Sydney, Australia. Baojie is working on the technologies of cool cities and communities and net zero carbon built environment. Baojie has published more than 200 peer-reviewed papers. Baojie is Editor-in-Chief and Associate Editor of several reputable international journals. Baojie received the Highly Cited Researcher Title (Clarivate) from 2022 onwards.
Ali Cheshmehzangi is Professor and Head of the School of Architecture, Design, and Planning at The University of Queensland. He is Top 2% Field Leader among the top 25 global scholars in the urban sustainability research area and is the Editor-in-Chief of Springer's "Urban Sustainability" book series. Ali has collaborated with major international and national organizations and leading industry partners globally. To date, Ali has published over 500 journal papers, articles, conference papers, book chapters, and reports. He also has 39 other academic books, three of which have received multiple awards.
Prof. Dr. Shady Attia is the Professor of sustainable architecture and building technology at the University of Liège, Belgium. He leads the Sustainable Building Design Lab, founded in 2014, focusing on overheating risks in residential buildings and the urban heat island effect's impact on health. His research promotes nature-based solutions, human comfort, and well-being in buildings and cities.
Dr. Amos Darko is Assistant Professor in the Department of Construction Management at the University of Washington. He is Highly Cited and Highly Ranked Researcher in green building and sustainability. He has completed several sustainability-related projects and has been awarded numerous research grants and awards. He won the prestigious Sustainability 2023 Young Investigator Award from the Sustainability journal in 2024 and the Green Talents Award from the Cabinet-Level German Federal Ministry of Education and Research in 2020. He completed his Ph.D. research project in 2019 at The Hong Kong Polytechnic University, developing strategies and models for promoting the adoption of green building technologies. He is ranked among the world's top 2% and top 0.05% scientists by Stanford University and ScholarGPS, respectively. He is also ranked as World's #1 Green Building Scholar by ScholarGPS.
Cristina Piselli is the Lecturer at the Department of Architecture (DIDA), University of Florence, Italy. She holds a master degree in Building Engineering-Architecture and a Ph.D. in energy and sustainable development from University of Perugia, Italy. She is working in environmental applied physics and building physics. She has participated in several national and international projects aimed at promoting the energy transition through building energy efficiency, environmental sustainability, and human well-being in the built environment, including various European H2020 projects. Currently, she participates in the LIFE ESCAPOS project. Up to 2021, she was Member of the Environmental Applied Physics Laboratory (EAP Lab) research team at the University of Perugia and she is continuing to collaborate with this group.
Content
Charting Livable and Resilient Cities.- A Conceptual Framework Designed to Fulfill the Necessities of Urban Development.- Type of Public Open Space as a Condition for Walkability in the Town Centre of a Small Town.- Childrens City Architecture is not only Playing Grounds.- Urban Agroecology and the Wellbeing of Older Adults Exploring the Impacts of Residential Scale Pesticide Free Vegetable Production in Chiang Mais Urban Landscape.- Revitalizing urban street dynamics via strategies for climate control a tool for design and evaluation.- Green Hydrogen production potential from agricultural biomass in Togos coastal region.
