Mobility and phone call behavior explain patterns in poverty at high-resolution across multiple settings

Jessica E. Steele (), Carla Pezzulo, Maximilian Albert, Christopher J. Brooks, Elisabeth zu Erbach-Schoenberg, Siobhán B. O’Connor, Pål R. Sundsøy, Kenth Engø-Monsen, Kristine Nilsen, Bonita Graupe, Rajesh Lal Nyachhyon, Pradeep Silpakar and Andrew J. Tatem
Additional contact information
Jessica E. Steele: University of Southampton
Carla Pezzulo: University of Southampton
Maximilian Albert: Flowminder Foundation
Christopher J. Brooks: Flowminder Foundation
Elisabeth zu Erbach-Schoenberg: University of Southampton
Siobhán B. O’Connor: University of Southampton
Pål R. Sundsøy: Telenor Research
Kenth Engø-Monsen: Telenor Research
Kristine Nilsen: University of Southampton
Bonita Graupe: Mobile Telecommunications Limited
Rajesh Lal Nyachhyon: Ncell Private Limited
Pradeep Silpakar: Ncell Private Limited
Andrew J. Tatem: University of Southampton

Palgrave Communications, 2021, vol. 8, issue 1, 1-12

Abstract: Abstract Call detail records (CDRs) from mobile phone metadata are a promising data source for mapping poverty indicators in low- and middle-income countries. These data provide information on social networks, call behavior, and mobility patterns in a population, which are correlated with measures of socioeconomic status. CDRs are passively collected and provide information with high spatial and temporal resolution. Identifying features from these data that are generalizable and able to predict poverty and wealth beyond a single context could promote broader usage of mobile data, contribute to a reduction in the cost of socioeconomic data collection and processing, as well as complement existing census and survey-based methods of poverty estimation with improved temporal resolution. This is especially important within the context of the sustainable development goals (SDGs), where poverty and related health indicators are to be reduced significantly across subnational geographies by 2030. Here we utilize measures of cell phone user behavior derived from three CDR datasets within a Bayesian modeling framework to map poverty and wealth patterns across Namibia, Nepal, and Bangladesh. We demonstrate five metrics of user mobility and call behavior that are able to explain between 50% and 65% of the variance in socioeconomic status nationally for these three countries. These key metrics prove useful in very different contexts and can be readily provided as part of an existing CDR platform or software package. This paper provides a key contribution in this regard by identifying such metrics relevant to estimating poverty. We highlight the inclusion of ancillary data and local context as an important factor in understanding model outputs when targeting poverty alleviation strategies.

Date: 2021
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DOI: 10.1057/s41599-021-00953-0

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