Liang Zhou: Urban Surface Thermal Environments, Gebunden

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Urban Surface Thermal Environments: A Metropolitan Area Perspective presents a comprehensive exploration of urban heat dynamics through the perspectives of climate change, urbanization, green infrastructure, and two- and three-dimensional urban morphology. It analyzes the key drivers of surface urban heat islands (SUHI), reveals spatial and temporal patterns of warming, assesses population heat risks, and proposes practical strategies to mitigate thermal impacts. Incorporating spatial analysis, multi-source data integration, and urban-scale simulation, the book provides effective solutions for megacities worldwide under increasing heat stress---supporting adaptive governance, enhancing livability, and advancing SDG 11.

The book presents a series of analytical frameworks designed to capture thermal heterogeneity, identify vulnerable populations, and inform intervention strategies across scales---from site-specific cooling measures to integrated regional spatial planning. By bridging climate science, urban design, and geospatial technologies, it offers actionable approaches to enhance urban resilience and guide climate adaptation efforts. This integrated framework aligns with the Paris Agreement, including the 1.5°C climate target, and is informed by recent scientific assessments from IPCC, offering spatially explicit support for evidence-based decision-making.

As a valuable reference for researchers, urban planners, environmental professionals, policymakers, and graduate students, this book informs decisions in the fields of climate adaptation, sustainable urban development, and spatial planning. It contributes to key global and national initiatives, including SDG11 and SDG13, Future Earth, and China's new urbanization strategy. Through its interdisciplinary and geography-informed perspective, the book enhances cities' adaptive capacity and contributes to the development of cooler, more equitable, and climate-resilient human settlements in an era of global warming.