Dismissal conflicts and unemployment

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Date
2001Version
Acceso abierto / Sarbide irekia
Type
Documento de trabajo / Lan gaiak
Impact
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nodoi-noplumx
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Abstract
Firing costs are often blamed for unemployment. In this paper, we investigate this widespread belief theoretically. Firing costs are introduced in an efficiency wage model to capture their effects on employment through wages. In addition, dismissal conflicts are modelled explicitly and their cost is derived. These two elements are included and linked. Modelling firing costs in a context where wor ...
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Firing costs are often blamed for unemployment. In this paper, we investigate this widespread belief theoretically. Firing costs are introduced in an efficiency wage model to capture their effects on employment through wages. In addition, dismissal conflicts are modelled explicitly and their cost is derived. These two elements are included and linked. Modelling firing costs in a context where worker effort is not perfectly observable implies that a double moral hazard problem could arise. Whenever firms face a redundancy, they tend to use disciplinary dismissals in order to avoid paying firing costs. Similarly, workers will then tend to deny any disciplinary case to get a compensation. Our claim in this paper is that the resolution of this problem by a third party will be imperfect given the information problem. This implies that disciplinary dismissals will not be costless. Firing costs in turn will have a negative effect on aggregate employment because they modify the rent that has to be paid to workers to prevent shirking. We also find that the solution to the problem does not necessarily imply the elimination of firing costs. [--]
Subject
Efficiency wages,
Employment protection legislation,
Disciplinary dismissals,
Court decisions
Serie
Documentos de Trabajo DE - ES Lan Gaiak /
0105
Departament
Universidad Pública de Navarra. Departamento de Economía /
Nafarroako Unibertsitate Publikoa. Ekonomia Saila
Sponsorship
M. Güell gratefully acknowledges financial support from the Spanish Ministry of Science and Technology (Project No. BEC2000-1026). J.E. Galdón-Sánchez thanks financial support from the DGICYT P98-0139 and the European Commission for a TRM Marie Curie Fellowship.