This paper develops a large-scale, dynamic life-cycle model to simulate Russia's demographic and fiscal transition under favorable and unfavorable fossil-fuel price regimes. The model includes Russia, the U.S., China, India, the EU, and Japan+ (Japan plus Korea). The model predicts dramatic...

In comparing Canada with the U.S., we first simulate the U.S. demographic transition, treating the U.S. as a closed economy. The time path of interest rates obtained from the U.S. simulations are then used in the Canadian simulations. In the Canada simulations, Canada is assumed to be an open...

This paper focuses on U.S. saving, demographics, and fiscal policy. We use data from the Consumer Expenditure Surveys of the 1980s to consider the effect of demographic change on past and future U.S. saving rates. Our findings indicate that demographic change may significantly alter the U.S....

This paper focuses on U.S. saving, demographics, and fiscal policy. We use data from the Consumer Expenditure Surveys of the 1980s to consider the effect of demographic change on past and future U.S. saving rates. Our findings indicate that demographic change may significantly alter the U.S....

This paper uses the Auerbach-Kotlikoff Dynamic Simulation Model to compare the projected demographic transitions in Canada and the United States. The simulation model determines the perfect foresight transition path of an economy in which individuals live to age 75. The model's preferences are...