Overview

Potholes are far more than mere annoyances-they are a reflection of how our infrastructure, environment, and technology intersect in the face of climate change. Each crack and crater that emerges on our roads tells a story: of rising temperatures, erratic rainfall, urban expansion, and policy neglect. Across the globe, governments spend billions annually to repair damaged roads, yet the problem persists, recurring like a seasonal epidemic. The paradox lies in the simplicity of the pothole and the complexity of the systems required to prevent it. This book explores the intricate web of factors that lead to pothole formation and how modern science, engineering, and governance are uniting to combat it. From the physics of pavement degradation to the economics of maintenance and the promise of next-generation materials, The Pothole Paradox delves into how technology and policy can converge to build roads that endure both time and climate. In an era defined by rapid urbanization and climate volatility, resilient road infrastructure is not merely a matter of convenience-it is a necessity for economic stability, public safety, and environmental sustainability. Through real-world case studies, data-driven insights, and innovations such as self-healing asphalt, IoT-enabled maintenance, and AI-based road monitoring, this book charts a roadmap toward a future where potholes could be eliminated altogether. Ultimately, The Pothole Paradox is not just about fixing roads-it's about rethinking how we build, maintain, and sustain the arteries that keep the world connected.

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