Entropy, Journal Year: 2025, Volume and Issue: 27(1), P. 92 - 92

Published: Jan. 20, 2025

The formation and development of cities are inseparable from a certain scale water resources. information contained in the morphological structures systems is often overlooked. Exploring spatiotemporal evolution system (WSS) urban (USS) can reveal “urban–water” relationship new perspective. Huaihe River Basin (HRB) was selected as case area, based on theory fractal dimensions, grid dimension multifractal spectrum methods were used to depict structural evolutionary characteristics different dimensions. Then, through comparative analysis parameters spectral lines, changing patterns “urban-water” HRB 1980 2019 revealed. results indicate following: (1) structure complex exhibits distinct characteristics, showing improvement overall at larger scales while continuously degrading smaller scales. (2) Both exhibit increasingly spatial characteristics; however, USS continues optimize over time, WSS experiences degradation. (3) significant differences HRB. Urban mainly relies outward expansion, whereas primarily characterized by intensive enhancement. (4) Because rapid areas, scarcity may occur densely populated areas or future. research serve scientific reference for planning resource management

Language: Английский