Record Details

Estimating the impacts of a vehicle mileage fee using a discrete continuous choice modeling approach

ScholarsArchive at Oregon State University

Field Value
Title Estimating the impacts of a vehicle mileage fee using a discrete continuous choice
modeling approach
Names Valluri, Divya (creator)
Zaworski, Katharine H (advisor)
Date Issued 2009-01-16T00:02:09Z (iso8601)
Note Graduation date: 2009
Abstract The gasoline tax, the main source of highway revenue is no longer a viable source of
funding to maintain the existing highways. Many states in the United States are
already using revenues from other sources such as sales tax and income tax to fund
new highways. Oregon along with many other states is looking into other alternatives
such as a distance based mileage fee to generate sufficient highway revenues. The
technology required to achieve this has already been tested in Portland. One of the
greatest concerns of a vehicle mileage fee is its impacts on the lower income groups
and rural households. Critics argue that a distance based fee might discourage the use
of fuel efficient vehicles.
The objective of this study is to evaluate these socio economic impacts of shifting
from a gasoline tax to a vehicle mileage fee on Oregon households using a discrete
continuous choice modeling approach (DCC). DCC is a disaggregate modeling
approach and has dominated the recent vehicle ownership models due to its ability to
model the distributional and behavioral effects of an individual.
The empirical results indicate that the vehicle mileage fee is only slightly more
regressive than a gasoline tax and it increases the social welfare of higher income
groups and the people living in the urban areas. The impact of VMT fee on the
household's preference to own fuel efficient vehicles did not produce consistent
results due to insufficient data. Overall, the DCC approach proved to be an effective
tool in estimating the impacts and future research could be carried out in this
direction.
Genre Thesis
Topic VMT fee
Identifier http://hdl.handle.net/1957/10136

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