Spatial-Temporal Evolution Analysis of the Coordinated Development Pattern of Construction Activities and Economic Vibrancy in Rural Communities:A Case Study in Wuhan
We utilize the bivariate Moran's I to measure the interaction between the growth of impervious areas and the growth of the night light index in 3236 urban and rural commu-nities in Wuhan from 2000 to 2020. Then,a log-log regres-sion model was used to quantitatively evaluate the impact of key construction factors on rural economic vitality based on 2018 lighting,points of interest,buildings,road networks,and elevation data. The results indicate that a global positive spatial autocorrelation between the expansion of construction activities and the growth of economic activities is detected in Wuhan city. Moreover,the findings demonstrate that the 1％ increases in mean elevation,rural settlement division index,road junction density,building density,the kernel density of service facilities,and land mix-use intensity index are expect-ed to result in − 1.243％,− 3.526％,+0.210％,+0.397％,+0.175％,+0.366％ increases of economic growth in rural communities.
rural administrative areacoordinated developmentbivariate Moran's Ilog-log regression model
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