Working Paper: NBER ID: w23146
Authors: Raymond Owens III; Esteban Rossi-Hansberg; Pierre-Daniel Sarte
Abstract: We study the urban structure of the City of Detroit. Following several decades of decline, the city's current urban structure is clearly not optimal for its size, with a business district immediately surrounded by a ring of largely vacant neighborhoods. We propose a model with residential externalities that features multiple equilibria at the neighborhood level. In particular, developing a residential area requires the coordination of developers and residents, without which it may remain vacant even if its fundamentals are sound. We embed this mechanism in a quantitative spatial economics model and use it to rationalize current city allocations. We then use the model to examine existing strategic visions to revitalize Detroit. We also explore alternative plans that rely on development guarantees, and find that they could result in greater population growth and land price appreciation than existing plans. The widespread effects of these policies underscore the importance of using a general equilibrium framework to evaluate policy proposals.\n
Keywords: No keywords provided
JEL Codes: F0; H0; R0
Edges that are evidenced by causal inference methods are in orange, and the rest are in light blue.
| Cause | Effect |
|---|---|
| failure of coordination between residential developers and potential residents (R21) | vacant neighborhoods (R23) |
| lack of investment (E22) | multiple equilibria (D50) |
| coordination of developers and residents (R21) | development of residential area (R31) |
| implementation of development guarantees (O19) | increased population growth (J11) |
| implementation of development guarantees (O19) | land price appreciation in previously vacant neighborhoods (R31) |
| successful policies (J18) | gains in land rents (R21) |
| successful policies (J18) | overall economic activity in Detroit (L16) |