This book, first published in 1992, attempts to unify the economic analysis of the production process in order to understand the effects of technical change. It is both an analytical representation of the production process, taking into account the temporal, organizational, and qualitative dimensions of production, and a fact-finding model for studying the economic effects of technical change. The inclusion of temporal and organizational aspects allows the author to examine the analytical implications of research on the nature of firms and the characteristics of technical change, whilst the model is used to analyse technical changes that involve variations of scale or degrees of flexibility. This book deals with themes much discussed in research in industrial economics and management studies and is an important contribution to bringing these two areas of research closer together, providing a general framework for the study of production processes.

Firms in market economies vary enormously in size, nature and competitiveness. In this important contribution to the literature on the theory of the firm, Mario Morroni provides a fresh analytical framework which improves our understanding of the causes of this diversity in organisational design and performance. The relations between internal and external basic conditions, decision-making mechanisms and organisational co-ordination are addressed, as are the circumstances in which capabilities, transactions and scale-scope considerations interact. With the emergence of the knowledge-based economy and the increasing pressure of global competition, the development of capabilities is acquiring ever greater importance in boosting competitiveness. Morroni shows that long-term relational agreements enhance learning processes and offer powerful tools for improving competitiveness in a context of conflicting interests, incomplete knowledge and uncertainty.

a b s t r a c tThis paper focuses on growth feasibility in an era of increasing scarcity of fossil fuels. A stylised dynamic model illustrates the implications of investing in smooth technological progress in the field of renewable energy. Positive rates of GDP growth sustained by fossil fuels entail, on the one hand, more income available for R&D in renewable energy sources, and on the other, an acceleration of the exhaustible resource depletion time. Our model explores such a trade-off and highlights the danger of high growth rates. Policies should target low growth rates, stimulate investment in alternative energy sources and discourage consumption growth.

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