Innovative Technologies and Circular Solutions for Sustainable Urban Communities - Volume 1

291 Seiten, Hardcover

Kurzbeschreibung des Verlags

This book offers a rich compilation of diverse research, innovative practices, and forward-thinking strategies that redefine how cities can grow sustainably while effectively adapting to climate impacts. In an era characterized by rapid urbanization and escalating climate challenges, the need for sustainable cities has never been more urgent. This comprehensive book, compiled from conference proceedings, explores how cities can evolve and transform into resilient, inclusive, and ecologically balanced urban environments through holistic, integrated approaches.

The book is organized into four parts, each addressing a key dimension of green urbanism and resilience.

This book serves as a valuable resource for urban planners, environmental researchers, policymakers, and stakeholders in community development. It goes beyond theoretical discussions, showcasing case studies and practical examples from different parts of the world, including Belgium, Italy, Brazil, and Indonesia. By addressing diverse geographic and socio-economic contexts, the book presents a well-rounded perspective on the opportunities and challenges inherent in transitioning to more sustainable urban forms.

Through its interdisciplinary approach, this collection encourages readers to think broadly and act locally. It illuminates how the collective power of urban planning, technological innovation, community engagement, and circular economy can be harnessed to foster environmental sustainability and social resilience and equity. Ultimately, it inspires hope for the future of urban environments, where cities become models of resilience, inclusivity, and ecological harmony.

• Reihe: Advances in Science, Technology & Innovation
• ISBN: 9783031990359
• Sprache: Englisch
• Erscheinungsdatum: 20.02.2026
• Genre: Geowissenschaften
• Verlag: Springer International Publishing
• Herausgegeben von: Israa H. Mahmoud, Simon Elias Bibri