NBER Publications by Michael Moore

Intertemporal tradability allows an emissions market to reduce abatement costs. We study intertemporal trading of nitrogen oxides permits in the RECLAIM program in Southern California. A theoretical model captures the program's key intertemporal features: two overlapping permit cycles, two compliance cycles for facilities, and tradable permits. We characterize the competitive equilibrium; show that it is cost effective; and demonstrate the firms' incentive to delay abatement, i.e., to trade intertemporally. Using model extensions to explore market design issues, an arbitrage condition implies that the equilibrium is invariant to overlapping compliance cycles, but depends crucially on overlapping permit cycles. We empirically investigate intertemporal trading of permits using panel data...

This paper investigates how concern for the environment translates into predictable patterns of consumer behavior. Two types of behavior are considered. First, individuals who care about environmental quality may voluntarily restrain their consumption of goods and services that generate a negative externality. Second, individuals may choose to pay a price premium for goods and services that are more environmentally benign. A theoretical model identifies a symmetry between such voluntary restraint and a voluntary price premium that mirrors the symmetry between environmental policies based on either quantities (quotas) or prices (taxes). We test predictions of the model in an empirical study of household electricity consumption with introduction of a price-premium, green-electricity program....