PHD, Kent State University, 2019, College of Arts and Sciences / Department of Geography
The postindustrial cities that comprise the Rust Belt are faced with the challenge of reinventing the city while addressing the ongoing issues of urban blight stemming from economic decline. As a result, a variety of strategies are utilized to improve the built environment of neighborhoods and the overall condition of the city. The issue then becomes how does a city track the effectiveness of those measures? Furthermore, how can a city develop a baseline of condition for a neighborhood from which strategy effectiveness can be measured? This dissertation develops methodologies for capturing fine-scale changes in neighborhoods. Collected spatial video data of Youngstown, Ohio were coded in a GIS using three newly developed coding systems; the condition coding, blight severity classification (BSC), and the modified blight variant. The condition coding and the BSC capture the condition and degree of blight at the parcel-level of a neighborhood. This allows for the occupancy status, parcel use (urban garden, maintained green space, unsecured vacant lot, etc.), and whether a parcel exhibits signs of blight that qualify it for a BSC rating of slightly, moderately, or severely blighted to be recorded. The modified blight variant joins those two coding systems to create a comprehensive system that assigns a scale-rating to a parcel based on its condition and blight. The coding systems were applied to two neighborhoods, Idora and Cottage Grove, that represent opposite ends of the spectrum of neighborhood conditions for Youngstown. The condition coding and BSC reveal that a singular blight-fighting measure, such as creatively painting window scenes on the plywood of boarded homes in Idora, does not have an impact on the aesthetics of a neighborhood, and therefore does not increase order within the built environment. Rather, utilizing multiple measures, especially those that create a nexus for community gathering, improve the visual condition by creating the appearan (open full item for complete abstract)
Committee: Andrew Curtis (Advisor)
Subjects: Geographic Information Science; Geography