posted on 2012-12-07, 00:00authored byChiawei Wang
Many local governments levy land value taxes at di erent e ective rates on various
de ned land uses. For example, the tax abatement policies of the United States lo-
cal governments favor commercial-industrial land use over residential land use, while
property tax classi cation systems like those in Minnesota and Cook County, IL tax
commercial-industrial land use at higher e ective tax rates. Although in practice gov-
ernments tax land values at di erent rates according to land uses, the economics litera-
ture has examined only uniform land taxation. The rst component of this dissertation
uses a static, three-factor general equilibrium model to examine the incidence of a land
tax that di ers across land uses. Both analytical and numerical results suggest that
land does not bear the entire tax burden, because, although land is immobile across
jurisdictions, for any unit of land the type of use is not xed. The
exibility of land uses
implies that land bears the entire tax burden only when the land value tax is uniform
across land uses. Under the most realistic assumption, land rents fall by only 0:35%
when the land value tax increases by 1%. Instead, the di erential land tax is shifted
forward, to consumers of housing. The second component uses an optimal tax model
to examine how local governments select optimal tax rates on di erent land uses. My
model suggests that it is optimal for local governments to tax di erent land uses at
the same rate only in rare cases when land areas are equal and production technologies
are identical across sectors. When housing prices are exogenous, the optimal tax rate is higher in the sector that has more inelastic demand for land. When housing prices
are endogenous, it is optimal for local governments to tax housing land at a higher tax
rate than non-housing land.
History
Advisor
Anderson, Nathan B.
Department
Economics
Degree Grantor
University of Illinois at Chicago
Degree Level
Doctoral
Committee Member
Merriman, David F.
Kaestner, Robert
Persky, Joseph J.
Peck, Richard M.
Chirinko, Robert S.