PROGRESS IN GEOGRAPHY

NI Lili, ZHANG Junyu, Aihemaiti NAMAITI, LI Youfang

PROGRESS IN GEOGRAPHY, 2025, 44(9): 1964-1981. DOI: 10.18306/dlkxjz.2025.09.015

目标层	准则层	子准则层	指标层	白天权重/%	夜晚权重/%
最大影响	PCA^[55-57]	表示城市公园对周边环境最大降温面积( $A m a x$ )	$P C A = A m a x$	25.01	24.98
最大影响	PCE^[55-57]	表示城市公园单位面积的降温效率，被定义为公园降温面积( $A m a x$ )与公园面积的比值( $A p a r k$ )，也就是公园单位面积的降温效率	$P C E = A m a x A p a r k$	25.06	25.11
累积影响	PCI^[55-57]	反映最大冷却距离内减少的LST与总LST的比值。PCI与人的感受有关，PCI值越大，公园降温效果越明显	$P C I = L × T L - ∫ 0 L T r d r L × T L$	24.97	25.01
累积影响	PCG^[55-57]	定义为降低的LST与冷却距离之间的比率，表示公园温度降低幅度	$P C G = L × T L - ∫ 0 L T r d r L$	24.96	24.89

Tab.2 Evaluation indicators for park heat environment regulation service supply capacity

Other figure/table from this article

Fig.1 Overview of the study area
Tab.1 Data description
Fig.2 Technical route of the research
Tab.3 Evaluation indicators and weights for heat environment regulation service demand
Fig.3 Fitted curves for some urban park cooling services
Fig.4 Street-scale park thermal environment regulation service supply capacity spatial distribution and local indicator of spatial association (LISA) agglomeration map
Fig.5 Assessment and spatial distribution of demand levels for day-night thermal environment regulation services by street-scale parks
Fig.6 Spatial distribution and LISA cluster map of demand levels for day-night thermal environment regulation services provided by street-scale parks
Fig.7 Matching results of supply and demand for day-night thermal environment regulation services provided by street-scale parks
Fig.8 Categorization and identification of imbalance zones for street-scale park day-night thermal environment regulation services planning intervention hierarchies
Fig.9 Research framework for dominant factor partitioning in typical imbalance areas
Tab.4 Statistical results of dominant factors in streets of typical imbalance zones