Suchergebnisse

Gains from productivity and knowledge transmission arising from the presence of foreign firms has received a good deal of empirical attention, but micro-foundations for this mechanism are weak . Here we focus on production by foreign experts who may train domestic unskilled workers who work with them. Gains from training can in turn be decomposed into two types: (a) obtaining knowledge and skills at a lower cost than if they are self-taught at home, (b) producing domestic skilled workers earlier in time than if they the domestic economy had to rediscover the relevant knowledge through ""reinventing the wheel"". We develop a three-period model in which the economy initially has no skilled workers. Workers can withdraw from the labor force for two periods of self study and then produce as skilled workers in the third period. Alternatively, foreign experts can be hired in period 1 and domestic unskilled labor working with the experts become skilled in the second period. We analyze how production, training, and welfare depend on two important parameters: the cost of foreign experts and the learning (or ""absorptive"") capacity of the domestic economy.

Despite the great importance of multinational firms in international economics, theoretical and empirical research on these firms has generally been conducted separately from that on international trade. In this book, James Markusen provides a comprehensive integration of the two fields. Drawing on twenty years of research, he focuses on the interaction of scale economies, trade costs, factor endowments, and imperfect competition. He analyzes decisions about whether to build or acquire a foreign plant separately from decisions about where to raise the financing.Markusen begins with the simplest possible partial equilibrium models and works systematically toward a full-fledged general equilibrium model with both horizontal and vertical foreign direct investment. He offers empirical tests of hypotheses derived from the theoretical models. The notation is unified throughout, distinctions between models are explained with thoroughly explained derivations, and numerous graphs support the analysis.