Work

Community- and data-driven homelessness prevention and service delivery: optimizing for equity

Year: 2023

Type: article

Abstract: OBJECTIVE: The study tests a community- and data-driven approach to homelessness prevention. Federal policies call for efficient and equitable local responses to homelessness. However, the overwhelming demand for limited homeless assistance is challenging without empirically supported decision-making tools and raises questions of whom to serve with scarce resources. MATERIALS AND METHODS: System-wide administrative records capture the delivery of an array of homeless services (prevention, shelter, short-term housing, supportive housing) and whether households reenter the system within 2 years. Counterfactual machine learning identifies which service most likely prevents reentry for each household. Based on community input, predictions are aggregated for subpopulations of interest (race/ethnicity, gender, families, youth, and health conditions) to generate transparent prioritization rules for whom to serve first. Simulations of households entering the system during the study period evaluate whether reallocating services based on prioritization rules compared with services-as-usual. RESULTS: Homelessness prevention benefited households who could access it, while differential effects exist for homeless households that partially align with community interests. Households with comorbid health conditions avoid homelessness most when provided longer-term supportive housing, and families with children fare best in short-term rentals. No additional differential effects existed for intersectional subgroups. Prioritization rules reduce community-wide homelessness in simulations. Moreover, prioritization mitigated observed reentry disparities for female and unaccompanied youth without excluding Black and families with children. DISCUSSION: Leveraging administrative records with machine learning supplements local decision-making and enables ongoing evaluation of data- and equity-driven homeless services. CONCLUSIONS: Community- and data-driven prioritization rules more equitably target scarce homeless resources.

Source: Journal of the American Medical Informatics Association

DOI: 10.1093/jamia/ocad052

Authors: Amanda R Kube, Sanmay Das, Patrick J Fowler

Institutions: Washington University in St. Louis, George Mason University

Language: English

Topic: Homelessness and Social Issues

Subfield: General Health Professions

Field: Health Professions

Domain: Health Sciences

SDGs: Reduced inequalities, Sustainable cities and communities, No poverty, Good health and well-being, Peace, justice, and strong institutions

Open Access status: hybrid

Estimated APC paid: $3,967