Reverse Thinking: The Logical System Research Method of Urban Thermal Safety Pattern Construction, Evaluation, and Optimization

The acceleration of urbanization has significantly impacted the changing regional thermal environment, leading to a series ecological and environment-related problems. A scientific evaluation urban security pattern (TSPurban) strongly benefits planning layout sustainable development construction comfortable human settlements. To analyze characteristics TSPurban under cross-regional differences provide targeted solutions mitigate heat island effect in later stages, logical system research framework based on “construction–evaluation–optimization” model was explored using reverse thinking. This study selected Wuhan metropolitan area China as object. First, morphological spatial analysis (MSPA) used extract top 30 core patches, Conefor 2.6 software for connection evaluate their importance. Second, various land cover types, friction (cost) map surface (SUHI) diffusion simulated. attributes resistance were examined standard deviation ellipse hot spot analysis. Finally, this paper circuit theory find 56 low-cost links (corridors) scape widely distributed vital nodes. optimization network then investigated thinking process. Heat corridors, nodes are among crucial components TSPurban. By obstructing corridor disturbing important nodes, it is possible appropriately proficiently reduce network’s efficiency stability, which will have positive influence climate mitigation effect.