The distributional effects of austerity measures: a comparison of six EU countries

Publication type:

EUROMOD Working Paper Series

Series Number:

EM6/11

Authors

Tim Callan, Chrysa Leventi, Horacio Levy, Manos Matsaganis, Alari Paulus and Holly Sutherland

Publication date

22 Dec 2011

Abstract

We compare the distributional effects of austerity measures that have been introduced in 6 EU countries in the period of large government budget deficits following the 2007-8 financial crisis and subsequent economic downturn. We explore the effects of policy changes presented as “austerity measures” in Estonia, Ireland, Greece, Spain, Portugal and the UK, using the EU microsimulation model EUROMOD and the Irish national model, SWITCH. The six countries have chosen different policy mixes to achieve varying degrees of fiscal consolidation. We focus on the first round effects of increases in personal taxes, cuts in spending on cash benefits and reductions in public sector pay across the distributions of household income. There is a range of important conceptual and consistency issues to be addressed when doing such analysis, particularly in a comparative setting. These include how to identify “austerity measures” in a consistent manner, the relevant time periods to consider, the assumptions behind the counterfactual scenarios and the scope of the policies considered. Using a set of common assumptions we find that the burden of fiscal consolidation brought about through changes in components of household disposable income is shared differently across the income distribution in the six countries. At one extreme, in Greece, the better off lose a higher proportion of their incomes than the poor and at the other, in Portugal, the poor lose a higher proportion than the rich. Bringing increases in indirect taxes into the picture can alter conclusions about the overall distributional effect, increasing the cost most for those with lower income and making the overall incidence of the measures more regressive.

Subjects

Economics and Microsimulation

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