We develop a new model of household sorting in a system of residential neighborhoods. We show that this model is partially identified without imposing parametric restrictions on the distribution of unobserved tastes for neighborhood quality and the shape of the indirect utility function. The...

The goal of this paper is to develop predictions regarding market consequences of peer effects in higher education and to offer empirical evidence about the extent to which those predictions are borne out in the data. We develop a model in which colleges seek to maximize the quality of the...

Research over the past several years has led to development of models characterizing equilibrium in a system of local jurisdictions. An important insight from these models is that plausible single-crossing assumptions about preferences generate strong predictions about the equilibrium...

This paper reports the first comprehensive approach for measuring the general equilibrium willingness to pay for large changes in air quality. It is based on a well defined locational equilibrium model. The approach allows estimation of households' indirect utility function and the underlying...

We develop a new dynamic equilibrium model with heterogeneous households that captures the most important frictions that arise in housing rental markets and explains the political popularity of affordable housing policies. We estimate the model using data collected by the New York Housing...

Using newly available data, we document that internal migrants do not enjoy the same access to local public goods and services as city residents in China. We estimate a spatial overlapping generations model with heterogeneous households to quantify the impact of the Hukou system on urban fiscal...

This paper develops a new method for identifying econometric models with partially latent covariates. Such data structures arise naturally in industrial organization and labor economics settings where data are collected using an "input-based sampling" strategy, e.g., if the sampling unit is one...