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Mapping global variation in human mobility

journal contribution
posted on 2020-11-17, 00:00 authored by Adam Sadilek, David L. Smith, Emily L. Cohn, Gaurav Tuli, John S. Brownstein, Kraemer, Moritz U.G., Nahema A. Marchal, Qian Zhang, Robert C. Reiner, Jr., Troy Alex PerkinsTroy Alex Perkins, Yulin Hswen
The geographic variation of human movement is largely unknown, mainly due to a lack of accurate and scalable data. Here we describe global human mobility patterns, aggregated from over 300 million smartphone users. The data cover nearly all countries and 65% of Earth's populated surface, including cross-border movements and international migration. This scale and coverage enable us to develop a globally comprehensive human movement typology. We quantify how human movement patterns vary across sociodemographic and environmental contexts and present international movement patterns across national borders. Fitting statistical models, we validate our data and find that human movement laws apply at 10 times shorter distances and movement declines 40% more rapidly in low-income settings. These results and data are made available to further understanding of the role of human movement in response to rapid demographic, economic and environmental changes. Using large-scale data, Kraemer et al. find that human mobility patterns vary across the globe and in scale by environmental and sociodemographic contexts. There are tenfold differences in mobility patterns depending on the countries' economic development.

History

Date Created

2020-08-01

Date Modified

2020-11-17

Language

  • English

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All rights reserved.

Publisher

Nature Human Behaviour

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    Environmental Change Initiative

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