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A European atlas of economic success and failure

Economic growth was diverse across EU regions, yet it is crucial to control for region-specific factors in assessing growth performance. We find that

Publishing date
03 June 2019

This blog is based on our policy contribution.

Economic growth has been markedly different across EU regions. The fastest-growing regions of the EU between 2003 and 2015 were in Bulgaria, Poland, Romania, Slovakia the three Baltic countries and in the southern part of Ireland (Map 1). On the other end, Greece experienced a particularly dramatic recession, while most regions of Italy and many regions in France, Spain and the United Kingdom are also among the slowest growing regions.

Map 1: GDP per capita growth in EU regions, 2003-2015

BLOG-MAP-1-growth_white_background-1

 

Source: Bruegel based on Eurostat data. Note: colours refer to different deciles in terms of GDP growth per capita measured at purchasing power standards (PPS). Regions in dark green grew the most, whereas regions in dark red grew the least or even suffered from a decline.

While per-capita GDP growth is a useful indicator of economic development, we need a benchmark to assess whether growth was relatively ‘fast’ or ‘slow’ compared to the potential of the particular region. To take an example from sport, running 100 metres in 15 seconds would be a poor result for the eight-time Olympic gold medallist Usain Bolt, but would be a fantastic result for a 70-year old grandma.

In a recent research paper we prepared for the European Parliament (see its summary here), we establish a benchmark growth rate for each of 1,337 European regions in 2003-2015, by econometric estimates. We consider the period of 2003-2015 for data availability reasons, but also with a view to having several years both before and after the most acute phases of the 2008 global and European financial and economic crisis.

By drawing on economic theory we consider numerous determinants of economic growth. Our strategy is to quantify the impacts of region-specific growth drivers to obtain the benchmark rate of growth, which we then compare to actual growth. We interpret the gap between these two indicators as ‘unexplained economic growth’, which is a better measure for assessing the economic success of a region than actual growth.

Our estimates confirmed the importance of the following region-specific characteristics:

  • The initial level of GDP at purchasing power standards (PPS) per capita in 2003: Less advanced areas should enjoy relatively higher marginal productivity of production factors, thereby advancing towards their long-run GDP per capita equilibrium level. For example, the level of GDP per capita is much lower in Bulgaria than in Germany, which is to a large extent driven by technological differences: production in Germany uses more advanced technologies than in Bulgaria. Thereby, Bulgaria has a higher potential to grow than Germany, because Bulgaria could adopt the existing best technologies and thereby catch up with Germany, while German growth is determined by the development of new technologies, which tends to be a more difficult and slower process.
  • The capital-to-output ratio in 2003: A higher proportion of capital over output suggests that the economy is at a more advanced stage of development and therefore has less scope for catching up, lowering the growth potential.
  • The percentage of employment in the services sector in 2003: Similarly, a higher share of services-sector employment suggests a more advanced stage of development, lowering the growth potential.
  • The change of services-sector employment in 2003-2015: Such a change reflects a fundamental structural shift in the economy, lowering the growth potential.
  • Research and development (R&D) personnel in percentage of total employment in 2003: A higher share of R&D suggests a higher stock of human capital, which increases the long-run level of economic growth.
  • The share of working-age people with tertiary education in 2003: Similarly, the higher the share of highly educated workers, the higher the expected long-run level of GDP per capita.
  • Population density in 2003: This indicator is a useful measure of urbanisation, while urban regions with a higher share of employees who work neither in agriculture nor in manufacturing should be more advanced and closer to the technological frontier, and thereby having a lower potential for growth.
  • The growth in population between 2000 and 2003: Higher population growth should imply a lower physical-capital-per-worker ratio and lower long-term GDP per capita.
  • Quality of governance in 2010: Better governance is a reflection of effective, impartial and transparent institutions which enable economic growth.

It is reassuring that these variables, which have a theoretical rationale, are found to have a statistically significant influence on economic developments. We did not control for factors contemporaneous to the period of growth analysed – from 2003 to 2015 – to avoid certain econometric problems, with only two exceptions. First, the earliest regional institutional quality data available is for 2010. Second, the growth of the tertiary sector from 2003 to 2015 is a powerful driver of economic growth and it is important to include it in the regression.

Map 2 shows 1,337 EU regions according to their degree of unexplained economic growth.

Map 2: Unexplained economic growth in EU regions, 2003-2015

BLOG-MAP-2-resid_final_narrow

Source: Bruegel calculations. Note: Map based on deciles of the residuals of our conditional convergence model. Regions in dark green had the fastest unexplained economic growth, while regions in dark red the slowest.

There are some noticeable differences between Map 1 and Map 2. While on Map 1 the three Baltic countries, Bulgaria, Poland and Romania were dominated by the dark-green regions (indicating fast actual GDP growth), on Map 2 there are some yellow- or even red-coloured regions, suggesting poor performance relative to the benchmark. Finnish regions also rank poorer on Map 2 (with more red colours) than on Map 1. Italy, on the other hand, was rather red on Map 1, but there are some light-green spots on Map 2, indicating that – conditional on regional characteristics – there were a few successful regions within Italy.

In fact, among the 1,337 regions we considered, the top 10% of 133 regions comes from 21 countries, highlighting that there are rather successful regions, in terms of unexplained economic growth, in many EU countries. There are only seven EU countries that do not have a single region in the league of top 10% conditional-growth performers: Belgium, Cyprus, Finland, Greece, Hungary, Slovenia and Spain.

The unlucky group of the bottom 10%, the 133 regions with the worst economic performance, is from 14 countries, suggesting greater concentration. In particular, 36 of the 52 Greek regions (i.e. 69% of Greek regions) are in the bottom decile. Eight more sit in the second-worst decile and a further four in the third-worst decile, highlighting that Greece as a country suffered massively after 2008. There are some other countries too in which a very large share of regions belongs to the bottom 10% of EU regions: Croatia (48%), Slovenia (42%), Bulgaria (32%), Finland (32%), Hungary (30%) and Ireland (25%), suggesting a high-level of concentration of poor economic development and major differences within countries.

We therefore have three key messages.

  • First, it is crucial to control for region-specific factors in assessing growth performance.
  • Second, there are rather successful regions in many EU countries, suggesting that the EU can provide a good framework for growth.
  • And third, the worst performers are more concentrated in some countries, suggesting that country-specific factors can play a major role in regional development.

How did EU cohesion policy contribute to regional growth and how should the policy be improved? Please check it out in our new policy contribution.

About the authors

  • Zsolt Darvas

    Zsolt Darvas, a Hungarian citizen, joined Bruegel as a Visiting Fellow in September 2008 and continued his work at Bruegel as a Research Fellow from January 2009, before being appointed Senior Fellow from September 2013. He is also a Senior Research Fellow at the Corvinus University of Budapest.

    From 2005 to 2008, he was the Research Advisor of the Argenta Financial Research Group in Budapest. Before that, he worked at the research unit of the Central Bank of Hungary (1994-2005) where he served as Deputy Head.

    Zsolt holds a Ph.D. in Economics from Corvinus University of Budapest where he teaches courses in Econometrics but also at other institutions since 1994. His research interests include macroeconomics, international economics, central banking and time series analysis.

  • Jan Mazza

    Jan, an Italian and Polish citizen, is a research assistant at Bruegel. He holds a Bachelor's degree in Economics and Political Science and a Master's degree in Economics, both from the University of Bologna, and a Master of Science in Economics and Philosophy from the London School of Economics. During his studies, he also spent a semester at the University Paris-2 Panthéon-Assas and one at the Ludwig-Maximilians University of Munich.

    Before joining Bruegel he was a trainee at the European Commission (DG Budget) and at the Brussels office of Assonime, the association of Italian joint stock companies.

    His research interests include European governance, international economics, monetary and fiscal policy.
    Jan is fluent in Italian, English and French and has a good knowledge of Spanish.

  • Catarina Midões

    Catarina Midões works at Bruegel as a Research Analyst, where her research is centred on Better Regulation in EU law-making, Competition Policy and Cohesion Policy. Catarina holds an MSc in Econometrics and Operations Research with a Specialisation in Econometrics from Maastricht University and a BSc in Economics from Nova SBE. Her research work has been focused in inequality, ex-post impact evaluation of public policy and inference techniques.

    Before joining Bruegel, Catarina worked as an Economic Analyst at Oxera, where she focused on efficiency benchmarking in the regulated utility markets, using Stochastic Frontier Analysis and Data Envelopment Analysis, and on transport economics, in ex-ante evaluation of transport projects and estimation of public transport demand elasticities.

    Catarina also completed an internship in the European Commission’s Joint Research Center, in the Competence Centre on Microeconomic Evaluation, where she focused on implementation of Structural Reforms. Catarina also worked as a Research Assistant in Nova School of Business and Economics, as part of the research centre NOVAFRICA.

    She is fluent in Portuguese, English and Spanish and has a working knowledge of Italian.

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