Institutional Affiliation: University of Bayreuth
|Trade and Investment in the Global Economy|
with , : w23757
We develop a dynamic multi-country trade model with foreign direct investment (FDI) in the form of non-rival technology capital. The model nests structural gravity sub-systems for FDI and trade, with accumulation/decumulation of phyisical and technology capital in transition to the steady state. The empirical importance of the FDI channel is demonstrated comparing actual aggregate cross-section data for 89 countries in 2011 to a hypothetical world without FDI. The gains from FDI amount to 9\% of world's welfare and to 11% of world's trade, unevenly distributed among winners and losers. Net exports of FDI substitute for export trade in the results.
|Growth and Trade with Frictions: A Structural Estimation Framework|
with , : w21377
We build and estimate a structural dynamic general equilibrium model of growth and trade. Trade affects growth through changes in consumer and producer prices that in turn stimulate or impede physical capital accumulation. At the same time, growth affects trade, directly through changes in country size and indirectly through altering the incidence of trade costs. The model combines structural gravity with a capital accumulation specification of the transition between steady states. Theory translates into an intuitive econometric system that identifies the causal impact of trade on income and growth, and also delivers estimates of the key structural parameters in our model. Counterfactual experiments based on the estimated model give evidence for strong dynamic relationships between growth ...
Published: James E Anderson & Mario Larch & Yoto V Yotov, 2020. "Transitional Growth and Trade with Frictions: A Structural Estimation Framework," The Economic Journal, vol 130(630), pages 1583-1607.