Resources Science

Change of human settlement resilience and its obstacle degree in resource-based cities in the Yellow River Basin

JIANG Haining, ZHENG Shuting, YANG Qi, JIANG Dongru, YU Jianhui

Resources Science, 2024, 46(10): 2047-2063. DOI: 10.18402/resci.2024.10.11

指标	计算方法
温湿指数	$T H I = T - 0.55 （ 1 - f ） × （ T - 58 ）； T = 1.8 t + 32$ 式中：THI为温湿指数；T为月平均华氏温度；t为月平均气温；f为相对湿度^[12]
污染物综合指数	环境污染综合指数由工业废水排放量、工业二氧化硫排放量、工业烟（尘）排放量3个指标，采取熵值法计算所得^[37]
生态保育面积比重	由草地、林地、水域湿地面积与行政面积之比计算所得^[36]
资源型产业从业人员比重	采掘业、电力煤气及水生产供应业从业人员数/年末单位从业人员数^[39]
人口流入	人口流入=年末人口数-上一年年末人口数-上一年年末人口数×人口自然增长率^[40]
城市居民生活用水效率	城市生活用水效率=（城市人均生活用水-城市居民人均生活用水定额）/城市居民人均用水定额^[42]

Table 2 Calculation methods of some indicators

Other figure/table from this article

Figure 1 The study area
Table 1 Comprehensive evaluation indicator system of human settlement resilience in resource-based cities in the Yellow River Basin
Figure 2 Urban human settlement environment system
Figure 3 HP filter analysis of human settlement environment in resource-based cities in the Yellow River Basin, 2007-2021
Figure 4 Mean value and subsystem indices of human settlement resilience of different types of cities in the Yellow River Basin, 2007-2021
Figure 5 Three-dimensional kernel density estimation of human settlement resilience in resource-based cities in the Yellow River Basin, 2007-2021
Figure 6 Spatial distribution of human settlement resilience in resource-based cities in the yellow River Basin, 2007-2021
Figure 7 Spatial distribution of cold and hot spots of human settlement resilience of resource-based cities in the Yellow River Basin, 2007-2021
Figure 8 Spatial pattern of barrier degree of human settlement resilience in different types of resource-based cities in the Yellow River Basin, 2007-2021
Table 3 Top 5 obstacle factors for human settlement resilience of resource-based cities in the Yellow River Basin, 2007-2021 (%)