Measuring Spatial Congruence in the School-Neighborhood Nexus

Abstract

This research addresses the critical need for a comprehensive understanding of the spatial dynamics between public schools and residential neighborhoods, both of which significantly influence children’s life outcomes. The study introduces innovative methodologies for examining the spatial relationships between school catchment areas and neighborhoods through geodemographic clustering and spatial congruence measures. By applying these methods to the largest 110 metropolitan areas in the United States, encompassing 24,507 elementary school catchments and 17,608 neighborhoods, the research provides novel insights into how these spatial interactions affect ethnoracial integration and educational diversity. The findings reveal the potential of targeted policy interventions that leverage these spatial relationships to promote equity and reduce segregation in educational settings, thereby offering a valuable framework for policymakers to improve access to opportunities across diverse communities.

Sergio Rey
Sergio Rey
Director and Professor

My research interests include geographic information science, spatial inequality dynamics, regional science, spatial econometrics, and spatial data science.

Elijah Knaap
Elijah Knaap
Associate Director & Senior Research Scientist

My research interests include urban inequality, neighborhood dynamics, housing markets, spatial data science, regional science, and housing & land policy.

Ran Wei
Ran Wei
Associate Professor

My research interests lie in the development and implementation of GIScience methods and techniques to address substantive social and environmental problems

Dylan Skrah
PhD Student

I study segregation in school systems. I am interested in the processes of residential and school segregation and how these dynamics feed into each other. My research is about the use of spatial data analytics to investigate how segregation impacts students and cities.