We analyze the steady state and transitional dynamics of two-sector model with structural change and horizontal innovation. There are three main economic forces could drive structural change: technological progress in one sector, technological progress in the other sector, and capital deepening. When the exogenous parameters satisfy some conditions, the present model could generate aggregate balanced growth with non-balanced sectoral growth, in which case structural change would be an eternal phenomenon. However, while the exogenous parameters satisfy other conditions, the present model could generate aggregate balanced growth with balanced sectoral growth, but under the circumstances structural change could take place only during a (perhaps prolonged) transitional dynamic phase. These exogenous parameters include the capital intensity, the elasticity of intermediated input substitution, and the spillover effects in technology progress in the two sectors. Finally, we also show that the occurrence or the absence of structural change and endogenous non-balanced sectoral growth has nothing to dowith capital deepening in the present model, but depends on the sectoral differences in endogenous technological progress rate adjusted by the capital intensity and the elasticity of intermediated input in that sector.

This study provides a comprehensive overview of Korea’s macroeconomic growth and structural change since World War II, and traces some of the roots of development to the colonial period. The authors explore in detail colonial development, changing national income patterns, relative price shifts, sources of aggregate growth, and sources of sectoral structural change, comparing them with other countries.

A two-sector model of a developing country consisting of agriculture and industry is presented. Growth and structural change are discussed in variants with exogenous as well as endogenous technical progress, algebraically and by numerical simulations. Consequences from taking into account peculiarities of food production and consumption are analyzed. These include technology adoption in agriculture, Engel's law and a relationship between the level of nutrition and productivity.

This book is a theoretical investigation of the influence of human learning on the development through time of a 'pure labour' economy. The theory proposed is a simple one, but aims to grasp the essential features of all industrial economies. Economists have long known that two basic phenomena lie at the root of long-term economic movements in industrial societies: capital accumulation and technical progress. Attention has been concentrated on the former. In this book, by contrast, technical progress is assigned the central role. Within a multi-sector framework, the author examines the structural dynamics of prices, production and employment (implied by differentiated rates of productivity growth and expansion of demand) against a background of 'natural' relations. He also considers a number of institutional problems. Institutional and social learning, know-how, and the diffusion of knowledge emerge as the decisive factors accounting for the success and failure of industrial societies.

Along the development path, countries experience large transformations in their economic structure as productive resources move towards different economic activities. ''Modern economic growth'' is also associated with a self-sustained process of technical change which leads to the emergence of new products and sectors characterized by different scopes for productivity gains and demand growth. In this paper we study the interactions between structural change and technological progress from a long-term perspective. We first analyze the secular patterns of structural change across agriculture, manufacturing and services using historical data in the attempt to test some broad conjectures concerning sectoral reallocations at different stages of development (i.e. the so-called Petty-Clark law) and discuss the specific role of manufacturing as an engine of growth. Second, we provide an overview of the literature on sectoral innovation patterns as well as of recent evidence linking structural transformations and sector-specific technological opportunities to aggregate productivity growth. In the final part we present productivity decompositions using a sectoral innovation taxonomy to study the contribution of different groups of activities characterized by heterogeneous innovation patterns. Our results suggest that structural change towards knowledge-intensive activities provides a source of productivity growth in both developing and advanced countries. In turn, this points at the need for a more disaggregated analysis of structural change to capture the diversity in the rate and direction of technical progress across sectors.

This paper develops a two-sector R&D-based growth model with congestion effects from increasing urban population density. We show that endogenous technological progress causes structural change if there are positive productivity spillovers from the modern to the traditional sector and Engel's law holds. In turn, urban congestion effects cause a productivity slowdown in the modern sector. Eventually, economic growth may cease in the long-run. We also show that land dilution by a larger workforce may give rise to negative scale effects on (GDP) per capita.

The long-awaited second edition of an important textbook on economic growth—a major revision incorporating the most recent work on the subject. This graduate level text on economic growth surveys neoclassical and more recent growth theories, stressing their empirical implications and the relation of theory to data and evidence. The authors have undertaken a major revision for the long-awaited second edition of this widely used text, the first modern textbook devoted to growth theory. The book has been expanded in many areas and incorporates the latest research. After an introductory discussion of economic growth, the book examines neoclassical growth theories, from Solow-Swan in the 1950s and Cass-Koopmans in the 1960s to more recent refinements; this is followed by a discussion of extensions to the model, with expanded treatment in this edition of heterogenity of households. The book then turns to endogenous growth theory, discussing, among other topics, models of endogenous technological progress (with an expanded discussion in this edition of the role of outside competition in the growth process), technological diffusion, and an endogenous determination of labor supply and population. The authors then explain the essentials of growth accounting and apply this framework to endogenous growth models. The final chapters cover empirical analysis of regions and empirical evidence on economic growth for a broad panel of countries from 1960 to 2000. The updated treatment of cross-country growth regressions for this edition uses the new Summers-Heston data set on world income distribution compiled through 2000.