With the development of transport and communication technologies and the refinement of the division of labor, the boundaries between cities are being broken down. Cities are no longer a separate system but are interconnected with other cities. The increasingly interconnected factor flows between cities have profoundly influenced the development patterns of cities and regions. This study develops a land cover change model that incorporates urban network structures to simulate the impact of urban networks on urban land use expansion. The model is based on cellular automata and incorporates both urban network proximity and accessibility measures into the land use change rules. A case study is conducted to demonstrate the model’s effectiveness in simulating the impact of urban networks on land use change. The results of this study demonstrate that urban network structures have a significant impact on urban land use, with even small adjustments to the local network structure leading to changes in the overall land use patterns of the region. These findings highlight the importance of considering the influence of urban networks on land use planning and management decisions, as urban networks can either facilitate or hinder sustainable urban development. By understanding the impact of urban networks on land use, policymakers and urban planners can make more informed decisions to promote sustainable and equitable urban growth.
Zongnan HU, Shougeng HU
China University of Geosciences(WuHan), Wageningen University & Research
ID Abstract: 704