The debt crisis in the peripheral countries of the Euro area

- 2

• Different stories … but a same problem: public finances

• Greece: dynamic growth before the crisis, but heavy structural problems (tax collection) => structural measures directed towards a market economy • Ireland: safe public finances before the crisis, but the burst of the housing bubble translated into heavy losses for banks: a huge cost for public finances => structural measures reshuffling the banking system, partly nationalized

• Portugal: low growth before the crisis, the consequence of changes in international sectoral specialization => structural measures accelerating changes in the economy

• Spain: when the housing bubble bursts … structural measures towards new engines of growth; rationalization of the banking system

- 3

• Strong tensions on financial markets regarding the debt of peripheral countries

Long-term interest ratesGovernment bonds - 10 years

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J FMAMJ J ASOND J FMAMJ J ASOND J FMAMJ J ASOND J FMAMJ J2008 2009 2010 2011

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ItalyGreeceSpainIrelandPortugal

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J FMAMJ J ASOND J FMAMJ J ASOND J FMAMJ J ASOND J FMAMJ J2008 2009 2010 2011

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FranceGermany

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• Consequences: questions about the future of the Euro area

• How can the Euro area survive with such different countries? • What kind of economic policies for countries in difficulty?

• More solidarity or more discipline between member States?

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1. The convergence process in the Euro area and its consequences on monetary policy

2. The policy mix in the Euro area since 2000

3. How coping with the debt crisis?

Contents

- 6

Robert Mundell (1961), gave the basis for “a theory of optimum currency areas” : A common currency can only be applied in areas or regions with the same economic structure or being able to converge quickly. A same monetary policy can be inappropriate in one country (or a group of countries) in case of differences in terms of economic structure. In this latter case, a possible remedy is a great mobility of production factors

Question : What about the Euro area?

• What are the characteristics of an optimum currency area?

- 7

• The level of GDP per capita differs among Euro area countries although there were signs of convergence during the last 15 years

GDP per capita (SPA, Euro area =100)

1995 2000 2005 2009Euro area (16 countries) 100,0 100,0 100,0 100,0Belgium 113,2 112,5 109,1 107,4Germany 113,2 105,4 106,4 107,4Ireland 90,4 117,0 130,9 118,5Greece 73,7 75,0 82,7 86,1Spain 80,7 86,6 92,7 96,3France 101,8 102,7 100,9 100,0Italy 106,1 104,5 95,5 94,4Cyprus 77,2 79,5 82,7 90,7Malta 75,4 75,0 70,9 72,2Netherlands 107,9 119,6 119,1 120,4Austria 118,4 117,0 112,7 113,0Portugal 67,5 72,3 71,8 73,1Slovenia 64,9 71,4 79,1 80,6Slovaquia 42,1 44,6 54,5 65,7Finland 94,7 104,5 103,6 102,8Standard deviation (without Luxembourg) 21,9 22,1 20,6 17,1Max/min (without Luxembourg) 2,8 2,7 2,4 1,8

- 8GDP per capita (1995, Euro area =100)

GD

P p

er

cap

ita g

row

th r

ate

, %

19952009

• The poorest countries in 1995 registered the highest economic growth during the last 15 years

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• Because of the convergence process, we observed a higher economic growth in the peripheral countries before the crisis (except for Portugal) than the Euro area average …

Real GDP growth (annual average, 1995-2007, %)

RealPotential (Eur. Com.

Estimates)

Euro area (16 countries) 2,3 2,0Germany 1,6 1,5France 2,2 2,0Greece 3,9 3,5Spain 3,7 3,3Ireland 7,2 6,8Portugal 2,4 2,1

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• …, but real convergence also implied higher inflation in high growth countries

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• A similar business cycle, but with higher volatility in some countries

Deviation to trend

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99 00 01 02 03 04 05 06 07 08 09 10 11

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ItalyFranceGermanyEuro areaSpain

%

99 00 01 02 03 04 05 06 07 08 09 10 11

0

-7

-6

-5

-4

-3

-2

-1

0

1

2

3

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6

7

IrelandPortugalGreeceEuro area

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• A limited mobility of the labor factor (large discrepancies in unemployment rates)

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• In the U.S. it also exists a discrepancy in GDP per capita even if it seems lower than in the Euro area

Dispersion of GDP per capita in the U.S. and in the Euro area

U.S. (2008) Euro area (2009)Standard deviation of nominal GDP per capita 19,1 29,2

(American States and EA-15)*Standard deviation of nominal GDP per capita 10,5 22,2

(8 U.S. regions and EA-11)**

* Excluding Columbia district for the U.S. and Luxembourg for the Euro area which are extreme points

** Euro area exluding Luxembourg, Cyprus, Malta, Slovakia and Slovenia

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. More mobility of the labor factor in the U.S? Not so sure recently as large discrepancies in the unemployment rate remainUnemployment rate (Feb. 2011): lowest North Dakota 3,7%, U.S. average 8,9%, highest Nevada 13,6%.

. Differences in terms of inflation trend seem rather small: March 2011/ March 2011: Northeast urban 2.5%, Midwest urban 2.7%, South urban 2.8%, West urban 2.6%, USA: 2.7%

• A comparison U.S./Euro area

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. Differences in economic structure, although convergence has improved. Strong integration is visible in the high correlation between national business cycles.

. Real convergence implies higher real GDP growth, with consequences in terms of higher inflation (this is the major difference with the U.S.).

=> Real convergence creates a dilemma for monetary policy in a single currency area, especially because not so much mobility in the labor market.

•To sum up: The Euro area has not all the characteristics of an optimum currency area, although signs of improvement have been noticed before the crisis

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Productivity =>

2 – if the Euro area is not an optimal currency area, what kind of problems can emerge?

GDP per capita

Wages =>

Inflation: tensions in the economy (low unemployment rate or decreasing unemployment rate), “Balassa effect” (increase in non internationally tradable goods prices, e.g. services as real convergence implies also nominal convergence of price levels)

=>

Appreciation of the exchange rate and increase in interest rates

BUT this was not possible in the Euro area for converging countries

In an economy which is moving towards the technological frontier we can observe the following developments:

- 17

An application of the Taylor rule :

ECB Repo = average annual growth of potential output (95-2007) – 1 (difference between long term and short term interest rates) + inflation + 0.5 * output gap (real GDP/potential GDP) + 0.5 (inflation rate -2 the ECB target)

• Has monetary policy been appropriate to the economic situation since 2000?

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• Between 2000 and 2008, monetary policy was restrictive for Germany and expansionist for countries which were converging

Interest rates following the Taylor rule

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FranceGermanyIrelandGreeceSpainEuro areaECB Repo

%

1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012

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FranceGermanyIrelandGreeceSpainEuro areaECB Repo

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• Consequences: monetary policy has exacerbated internal disequilibrium

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% disposable incomeHouseholds debt

98 99 00 01 02 03 04 05 06 07 08 09 10 11 1250

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% value addedNon financial corporations debt

98 99 00 01 02 03 04 05 06 07 08 09 10 11 1280

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FranceGermanySpain

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• External disequilibrium reflected internal disequilibrium (except in Ireland)

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Billions of euros (3 months mov. avg. annualised)Trade balance

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1999=100Unit labor costs (compared to Euro area average)

00 01 02 03 04 05 06 07 08 09 10 11 1280

85

90

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100

105

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115

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125

IrelandGermanySpainGreecePortugal

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• No compensation (or not enough) through fiscal policy

Public deficit

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As a percentage of GDP

1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011

0

-35

-30

-25

-20

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SpainGreecePortugalIreland

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. Monetary policy was appropriate for the Euro area as a whole but not for all individual members

. This was not a mistake of the ECB but the consequence of the real convergence process (a political target, supported by various instruments, e.g. structural funds)

. To equilibrate the policy mix, fiscal policy should have been more restrictive in peripheral countries and more relaxed in Germany (the opposite was done). But was it politically possible (Spain close to the equilibrium, Ireland registered a fiscal surplus)?

• To sum up: monetary policy was appropriate for the Euro area, but internal divergences were (almost) inevitable

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Is there any exit strategy from the Euro area? NO

. There is not a symmetry between entering and leaving the EMU: technically, what would be the value of the private or the public debt for the country leaving the EMU? If there is a strong depreciation of the new currency (50% or more), the increase of the external debt will not be sustainable. . Which value for the new currency? In the short run, a depreciation of the currency increases the competitiveness, but if it is followed by a strong rise in the inflation rate, interest rates would be pushed up: as a consequence GDP might be hit negatively and competitiveness would deteriorate.

. Consequences on remaining countries are not clear. It might lead to an increase in interest rates in EMU Member States and to a lower intra-Euro area demand.

3 – What’s next?

• An exercise regarding the sustainability of the public debt in the Euro area countries

2011-2012 : Coe-Rexecode outlook (Spain) and European Commission (Portugal, Italy, Greece) Dec 2010

2013-2020 : Assumptions :

- Real GDP close to potential growth (revised downward compared to the pre-crisis period;- Euro area inflation close to 2% (a bit higher inflation for peripheral countries)- Apparent interest rates in line with growth of nominal GDP, including a risk premium.- Public receipts increase as nominal GDP- Public expenditures are adjusted to stabilize the debt/GDP ratio in the medium run (when possible)

Reminder:

If Bp(t)=G(t)-T(t), the primary deficit, with G(t) the public expenditures (excluding payments) and T the public receipts

Total fiscal deficit is B(t) = Bp(t) + r(t)D(t-1), where interest payments is the product between the apparent interest rate and the debt level

It comes, D(t) = D(t-1) + B(t)= Bp(t)+(1+r(t))D(t-1)

And in % of GDP, the debt dynamics can be written: d(t) = bp(t) + (1+r)/(1+g) d(t-1), with r the apparent interest rate and g the nominal GDP growth rate.

• Underlying assumptions of a scenario on the public debt sustainability

Spain Portugal Greece Ireland

Real GDP growth rate

2.5 2.0 2.0 2.5

GDP deflator growth rate

2.5 2.5 2.5 2.5

Fiscal receipts growth rate

5,0 4.5 5,0 5,0

Fiscal expenditures growth rate

4.2 3.5 4.0 3.5

Apparent interest rate (average level)

4.5 4.8 5.0 5.0

Main assumptions (%, annual average 2013-2020)

• The stabilization of the debt/GDP ratio is possible, but only in the long run (around 2015)

Outlook of public finances in peripheral Euro area countries (%

GDP)2010 2015 2020

Spain

Primary balance -7.3 -1.6 -0.1

Fiscal balance -9.2 -4.7 -3.3

Public debt 60.1 73.3 74.1

Portugal

Primary balance -6.1 -1.3 0.7

Fiscal balance -9.1 -4.9 -4.0

Public debt 93.0 95.4 96.5

Greece

Primary balance -4.9 -0.1 0.9

Fiscal balance -10.5 -7.9 -7.0

Public debt 142.8 163.9 165.3

Ireland

Primary balance -29.2 -2.5 0

Fiscal balance -32.4 -8.2 -6.0

Public debt 96.2 121.1 126.0

Public debt

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2000 2005 2010 2015 202020

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IrelandPortugalGreeceSpain

• What can be learnt from this numerical exercise?

• Debt dynamics (the snowball effect) is clearly heavily dependant on the level of interest rates: what is sustainable with a 5% interest rate is not anymore sustainable with interest rates at 10% (nominal GDP growth has to increase by the same proportion!).

• In the long run, peripheral countries can stabilize the debt/GDP ratio with a better discipline regarding fiscal policy. A shock therapy is not needed (it can have a counterproductive effect, see Greece in 2010).

• It is necessary to “buy time”. This is exactly the target of the future European Stability Mechanism. It can be a triple win process: no cost for other EMU members states (loans, no gift); no losses for banks (different from the default case); a sustainable process for peripheral countries.