This book addresses collective bargaining in an intertemporal monetary macroeconomy of the aggregate supplyaggregate demand (ASAD) type with overlapping generations of consumers and with a public sector. The results are presented in a unified framework with a commodity market that clears competitively. By analyzing the implications of three variants of collective bargaining efficient bargaining in a uniform and a segmented labor market and right-to-manage wage bargaining it identifies the quantity of money, price expectations, union power, and union size as the determinants of temporary equilibria. In the three scenarios, it characterizes and compares the temporary equilibria using both analytical and numerical techniques, with an emphasis on allocations, welfare, and efficiency. It also discusses the dynamic evolution under rational expectations and its steady states in nominal and real terms. Lastly, it demonstrates conditions for stability regarding a balanced monetary expansion of the economy.

Embeds three variants of collective bargaining into a unified monetary macroeconomic framework Provides full characterization of temporary equilibria under bargaining Analyzes perfect-foresight dynamics in both nominal and real terms Shows conditions for stability regarding a balanced monetary expansion Uses analytical and numerical techniques

Autorentext

Oliver Claas is a researcher at Bielefeld University's Center for Mathematical Economics (IMW). He holds a Ph.D. in Economic Theory from Bielefeld University, a Master of Science in Economics from Purdue University, and a Diplom (Master's equiv.) in Mathematical Economics from Bielefeld University. His research interests include macroeconomics, labor economics, and the theory of dynamical systems, using both analytical and numerical methods.

Inhalt
Introduction.- Efficient Bargaining in a Dynamic Macroeconomic Model.- Wage Bargaining, Employment, and Union Power: The Right-to-Manage Approach.- Efficient Bargaining Under Labor Market Segmentation in a Macroeconomic Model.