Universal spatial scales of homophily and heterophily in global amenity networks, where heterophilic mixing predicts rental value changes more effectively than amenity diversity.
Con- structing cities, deconstructing scaling laws.Journal of the Royal Society Interface, 12(102)
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Intra-urban temperature and air pollution variability collapses onto general scaling functions characterized by average street network properties across 142 cities.
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Networks of amenities reveal universal homophily and heterophily across global cities
Universal spatial scales of homophily and heterophily in global amenity networks, where heterophilic mixing predicts rental value changes more effectively than amenity diversity.
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Scaling intra-urban climate fluctuations
Intra-urban temperature and air pollution variability collapses onto general scaling functions characterized by average street network properties across 142 cities.