Some U.S. taxpayers were angry and felt betrayed when financial company executives received large bonuses in the midst of the 2008-09 financial crisis. These executives headed some of the same firms whose risky practices contributed to the crisis—and then later received billions of dollars in...

We examine the effect of exposure to toxic releases that are tracked by the Toxic Release Inventory (TRI) on county-level infant and fetal mortality rates in the United States between 1989-2002. We find significant adverse effects of TRI concentrations on infant mortality rates, but not on fetal...

The Droit de Suite, known in the UK as Artists’ Resale Rights, provides an artist with the inalienable right to receive a royalty based on the resale price of an original work of art. This paper provides an empirical analysis of actual changes in the UK auction market for art that is subject...

We examine the effect of exposure to a set of toxic pollutants that are tracked by the Toxic Release Inventory (TRI) from manufacturing facilities on county-level infant and fetal mortality rates in the United States between 1989 and 2002. Unlike previous studies, we control for toxic pollution...

Some U.S. taxpayers were angry and felt betrayed when financial company executives received large bonuses in the midst of the 2008-09 financial crisis. These executives headed some of the same firms whose risky practices contributed to the crisis—and then later received billions of dollars in...

This paper evaluates potential explanations for the sometimes poor forecasting performance of the Phillips curve. One explanation is that out-of-sample metrics are noisy or, equivalently, have relatively low power. Another potential explanation is instability in the coefficients of the model. To...

We develop methods for testing whether, in a finite sample, forecasts from nested models are equally accurate. Most prior work has focused on a null of equal accuracy in population — basically, whether the additional coefficients of the larger model are zero. Our asymptotic approximation...