On the optimal geographical allocation of pervious concrete pavements

This chapter delves into the strategic placement of pervious concrete pavements (PCPs), highlighting their pivotal role in mitigating the environmental impacts driven by rapid urban expansion and climate change. This chapter scrutinizes a broad spectrum of scholarly works and technological developments that have defined the current strategies and understandings of PCP utilization. It critically discusses spatial factors influencing PCP effectiveness, including landform characteristics, hydrological dynamics, infrastructure layout, and installation patterns. The discussion extends to a multifaceted exploration of allocation methodologies, incorporating data gathering, modeling techniques, and the involvement of stakeholders in a comprehensive decision-making process. Additionally, the chapter discusses future research directions and the challenges faced in PCP allocation, emphasizing the need for innovative solutions to adapt to changing environmental conditions and urban landscapes. By integrating diverse studies and synthesizing recent research trends, the chapter offers a comprehensive perspective on optimizing the deployment of PCP to enhance stormwater management. This analysis enriches scholarly discussions and equips urban planners, policymakers, and engineers with practical strategies for navigating the complexities of sustainable urban development.