Department
Geosciences
Degree Name
Master of Science (MS)
Abstract
This study examined the spatial distribution of socio-economic vulnerability and accessibility to essential services in Detroit, Michigan, using a Geographic Information Systems (GIS)-based approach. The research aimed to identify areas of greatest concern by integrating socio-economic indicators, including poverty, housing vacancy, income, unemployment, and crime, with spatial measures of access to critical infrastructure such as hospitals, fire stations, police stations, and grocery stores. Both feature-based and raster-based analyses were employed, including buffer and overlay analysis, service area evaluation, Euclidean distance modeling, and multi-criteria suitability analysis.
A mixed-methods framework was adopted to combine quantitative spatial analysis with contextual understanding of urban socio-economic dynamics. Raster datasets were standardized and integrated using different weighting scenarios, including equal weighting, socio-economic emphasis, and distance emphasis, to assess how variations in analytical priorities influence the identification of vulnerable areas.
The results revealed a consistent spatial pattern in which higher vulnerability was concentrated in the outer portions of Detroit, while central areas exhibited relatively lower vulnerability. However, the spatial extent of identified vulnerable areas varied significantly across scenarios, with the socio-economic emphasis scenario producing the largest extent of vulnerability and the distance emphasis scenario producing the smallest. These findings demonstrate that socio-economic conditions play a dominant role in shaping vulnerability patterns, while accessibility factors contribute to more localized variations.
Keywords
Spatial vulnerability, Suitability modeling, ArcGis Pro, Detroit, Risk Assessment
Advisor
Dr. Richard Lisichenko
Date of Award
Spring 2026
Document Type
Thesis
Recommended Citation
Osei, Ernestina, "Identifying Socio-Economic Areas of Concern Towards Inclusion in GIS Hazard Management in Detroit, Michigan." (2026). Master's Theses or Doctor of Nursing Practice. 3306.
DOI: 10.58809/CSVU1038
Available at:
https://scholars.fhsu.edu/theses/3306
Rights
© The Author
Included in
Geographic Information Sciences Commons, Physical and Environmental Geography Commons, Spatial Science Commons