About this book:

Cities face a new operating reality defined by more frequent and intense extreme weather events, necessitating a shift from historical design standards to forward-looking, resilient infrastructure. This book serves as a practitioner’s manual for urban planners, engineers, and civic leaders, providing a comprehensive framework for localizing climate data, assessing multi-hazard risks, and implementing targeted interventions. By translating global projections into street-level metrics like updated intensity–duration–frequency curves and thermal risk maps, cities can prioritize investments in critical domains such as stormwater management, heat mitigation, and emergency shelter. The manual emphasizes that resilience is an iterative, whole-of-city endeavor requiring robust governance, interagency coordination, and a steadfast commitment to social equity to ensure that all residents—especially the most vulnerable—are protected.

Technical sections of the book provide deep dives into physical retrofits and nature-based solutions. For stormwater, the focus is on a layered defense that integrates "cloudburst" modeling with increased conveyance, storage, and green infrastructure like bioswales and permeable pavements. Heat adaptation strategies include the deployment of cool materials, the expansion of urban forestry, and the operationalization of cooling centers and public health messaging. The manual also addresses the continuity of critical infrastructure, such as power and water, through resilient design and backup systems. By utilizing advanced technologies like digital twins and real-time sensing, cities can move from reactive emergency response to proactive hazard anticipation and impact-based early warning.

Beyond physical engineering, the book outlines the financial and operational mechanisms essential for project delivery and long-term sustainability. It details diverse funding pathways, including green bonds, insurance-linked securities, and public–private partnerships, supported by rigorous economic appraisals and benefit-cost analyses. A strong emphasis is placed on the lifecycle of resilience assets, offering guidance on procurement, adaptive operations and maintenance (O&M), and the use of performance metrics to monitor success. By adopting "adaptive pathways"—modular upgrades triggered by observed environmental thresholds—cities can manage uncertainty and stage investments effectively over decades.

The final chapters provide real-world case studies from global cities like Rotterdam, Copenhagen, and Singapore, illustrating successful transformations in the face of coastal surges, heatwaves, and sudden deluges. these examples demonstrate that resilient design often yields significant co-benefits, such as enhanced biodiversity, improved public health, and more vibrant urban spaces. Ultimately, the book argues that through a combination of technical rigor, equitable community engagement, and innovative financing, cities can move beyond mere survival to create more livable, sustainable, and thriving urban environments in an increasingly volatile climate.

What You'll Find Inside:

• Methods for downscaling global climate projections to local hazard inputs such as IDF curves, heat maps, and surge profiles.
• Frameworks for risk assessment, prioritization, and adaptive management that integrate exposure, vulnerability, and uncertainty.
• Strategies for equitable, community‑engaged adaptation, including inclusive outreach, social‑resilience metrics, and culturally responsive design.
• Technical guidance for stormwater, heat‑mitigation, and emergency‑shelter systems—from modeling and design to construction, O&M, and retrofitting.
• Financing and implementation toolkit covering grants, bonds, public‑private partnerships, insurance, and performance‑based contracting to turn plans into resilient infrastructure.

Who's It For:

The book is written for urban planners, civil and environmental engineers, emergency managers, public‑health officials, sustainability officers, and municipal leaders who are responsible for assessing climate risks, designing resilient infrastructure, and coordinating city‑wide adaptation efforts. It equips these practitioners with actionable tools, decision‑trees, and case studies to translate climate data into shovel‑ready projects, secure funding, and manage operations over time as extreme weather intensifies.