Alleviating Unemployment: The Case for Green Tax Reforms
Freie Universitaet Berlin; CESifo (Center for Economic Studies and Ifo Institute)
University of Helsinki - Department of Political and Economic Studies; CESifo (Center for Economic Studies and Ifo Institute); Bank of Finland - Research Department; Institute for the Study of Labor (IZA)
CES Working Paper at Univ. of Munich 106
It has been argued recently that imposing taxes on pollution produces additional tax revenues, which can then be used to replace labor taxes and thus reap a double dividend in the form of improving environmental quality and alleviating unemployment. This paper analyzes the employment effects of revenue-neutral green tax reforms by focusing on the revenue recycling effect on employment. Our model contains three features which are important when looking at the employment effects of green tax reforms: 1) there is unemployment in equilibrium; 2) wages are determined endogenously; and 3) various institutional arrangements for taxing unemployment benefits, for the price-indexation of unemployment benefits and for personal tax allowances are considered. The employment effects of a revenue-neutral green tax reform are sensitive to institutional arrangements concerning taxation and indexation of unemployment benefits and personal tax allowances. A revenue-neutral green tax reform will boost employment if unemployment benefits are untaxed and nominally fixed. Employment actually falls if unemployment benefits are taxed and price indexed. When employment changes, the functional distribution of income also changes. Total private income, after-tax profits and after-tax labor income increase with employment, while transfer income decreases. If the polluting good is normal, a positive employment effect reduces the environmental dividend obtained from a revenue-neutral green tax reform.
JEL Classification: H21, H22, H23, H25, J22, J3
Date posted: September 10, 1996
© 2015 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo5 in 0.296 seconds