Dynamics of homelessness in urban America
Chris Glynn, Emily B. Fox

TL;DR
This study models the temporal dynamics of homelessness in major U.S. cities, revealing a strong link between rental costs and homelessness, with implications for policy and measurement accuracy.
Contribution
It introduces a dynamic Bayesian hierarchical model to analyze time-varying homeless counts, accounting for measurement uncertainty and distinguishing between counted and true homeless populations.
Findings
Homelessness rates are most strongly linked to rental costs in NY, LA, DC, and Seattle.
The inferred increase in homelessness from 2011-2016 depends on prior assumptions about count accuracy.
Measurement uncertainty significantly affects the estimated relationship between rent and homelessness.
Abstract
The relationship between housing costs and homelessness has important implications for the way that city and county governments respond to increasing homeless populations. Though many analyses in the public policy literature have examined inter-community variation in homelessness rates to identify causal mechanisms of homelessness (Byrne et al., 2013; Lee et al., 2003; Fargo et al., 2013), few studies have examined time-varying homeless counts within the same community (McCandless et al., 2016). To examine trends in homeless population counts in the 25 largest U.S. metropolitan areas, we develop a dynamic Bayesian hierarchical model for time-varying homeless count data. Particular care is given to modeling uncertainty in the homeless count generating and measurement processes, and a critical distinction is made between the counted number of homeless and the true size of the homeless…
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