Analysis of over 400,000 commuting trajectories shows self-organized residential patterns already shorten commutes, and simulated home swapping could further reduce distances by 50.4% and emissions by 77.3% across Chinese cities.
Interactions b etween centrality and commuting costs in a mountainous city: Implications for jobs-housing relationships and land use policies
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Guiding Self-Organizing Dynamics of Residential Choice in Cities to Reduce Traffic Congestion and Carbon Emissions
Analysis of over 400,000 commuting trajectories shows self-organized residential patterns already shorten commutes, and simulated home swapping could further reduce distances by 50.4% and emissions by 77.3% across Chinese cities.