Implementing congestion pricing at twenty-seven major US airports would reduce delays by thirteen passenger-years and one thousand aircraft-hours every day, saving three to five million dollars. Chicago and Atlanta would save about one thousand dollars per aircraft. Airport revenues would...

We estimate reductions in vehicle emissions of carbon monoxide, nitrogen oxides, and hydrocarbons from highway congestion pricing in New Castle County (NCCo), Delaware. Our computer simulation model includes elastic travel demand with routes chosen to minimize average private cost (no pricing)...

This paper examines the efficiency and practicality of airport slot constraints using a deterministic bottleneck model of landing and takeoff queues. It adapts this congestion pricing model to determine the optimal timing and quantity of slot permits for any number of slot windows. Aircraft...

The desirability of airport congestion pricing largely depends on whether dominant airlines otherwise fail to internalize their self-imposed congestion delays. Brueckner (2002) and Mayer and Sinai (2003) find (weak) statistically significant evidence of internalization. We replicate and extend...

We develop theoretical models of airport congestion with non-atomistic traffic and implement them empirically using data from twenty-seven major US airports to determine whether dominant airlines internalize or ignore self-imposed congestion. Estimates of minute-by-minute delay patterns at each...