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Cities as nuclei of sustainability?

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arxiv 1304.4406 v3 pith:C5QGIOWG submitted 2013-04-16 physics.soc-ph physics.ao-phphysics.data-an

classification physics.soc-phphysics.ao-phphysics.data-an
keywords scalingcityemissionpopulationsizeurbanallometryanalysis
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We have assembled CO2 emission figures from collections of urban GHG emission estimates published in peer reviewed journals or reports from research institutes and non-governmental organizations. Analyzing the scaling with population size we find that the exponent is development dependent with a transition from super- to sub-linear scaling. From the climate change mitigation point of view, the results suggest that urbanization is desirable in developed countries and should be avoided in developing ones. Further, we compare this analysis with a second scaling relation, namely the fundamental allometry between city population and area, and propose that density might be the decisive quantity. Last, we derive the theoretical country-wide urban emissions by integration and obtain a dependence on the size of the largest city.

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  1. Tomography of scaling

    physics.soc-ph 2019-08 conditional novelty 5.0 of 10

    A pairwise local exponent and a benchmark-city effective exponent are proposed as fitting-free diagnostics for scaling, yielding new insights on urban datasets.

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