We consider a matching model of employment with wages that are flexible for new hires, but that are sticky within matches. We depart from standard treatments of sticky wages by allowing worker effort to respond to the wage being too high or low. Shimer (2004) and others have illustrated that...

The labor supply elasticity of an individual household and the aggregate labor supply elasticity of all households can differ significantly. If individual households not only decide on their hours worked, but also on whether to work or not, then the aggregate labor supply is determined by the...

At the aggregate level, the labor-supply elasticity depends on the reservation-wage distribution. We present a model economy where workforce heterogeneity stems from idiosyncratic productivity shocks. The model economy exhibits the cross-sectional earnings and wealth distributions that are...

Standard heterogeneous agent macro models that highlight idiosyncratic productivity shocks do not generate the near zero cross-sectional correlation between hours and wages found in the data. We ask whether matching this moment matters for business cycle properties of these models. To do this we...

We investigate the role of labor-supply shifts in economic fluctuations. A new VAR identification scheme for labor supply shocks is proposed. Our method provides an alternative identification scheme, which does not rely on quot;zero-restrictionsquot;. According to our VAR analysis of post-war...

The time series fit of dynamic stochastic general equilibrium (DSGE) models often suffers from restrictions on the long-run dynamics that are at odds with the data. Relaxing these restrictions can close the gap between DSGE models and vector autoregressions. This paper modifies a simple...

Standard heterogeneous agent macro models that highlight idiosyncratic productivity shocks do not generate the near zero cross-sectional correlation between hours and wages found in the data. We ask whether matching this moment matters for business cycle properties of these models. To do this we...