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Munich Personal RePEc Archive

Paradoxes of Happiness: Why People Feel More Comfortable With High Inequalities And High Murder Rates?

Popov, Vladimir

CEMI, NES, Dialogue of Civilizations Research Insitute

1 June 2018

Online at https://mpra.ub.uni-muenchen.de/87118/

MPRA Paper No. 87118, posted 07 Jun 2018 08:37 UTC

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1 PARADOXES OF HAPPINESS: WHY PEOPLE FEEL MORE COMFORTABLE WITH HIGH INEQUALITIES AND HIGH MURDER RATES?

Vladimir Popov1

ABSTRACT

There is evidence that income and wealth inequalities are positively associated with happiness, as measured by the happiness index, and negatively associated with the suicide rate (that is considered an objective indicator of unhappiness). Moreover, there is some evidence that happiness is also positively linked the murder rate, especially when it goes hand in hand with inequalities. The possible explanation – competitive nature of human beings (a modification of a “big fish in the small pond” story) and perceptions of social justice: not only people enjoy the better than average position more than an even higher, but below the average position, but they also cherish the dream of becoming better than average. Greater equality that undermines the dream of becoming higher than average turns out to be disappointing for many. If murders occur without high income inequalities (i.e. murders are “unjustified”) and/or inequalities exist without high murders (inequalities are not perceived as unfair and do not cause social tension), then happiness is not affected.

1 Research Director at the Dialogue of Civilizations Research Institute. I am grateful to Ekaterina Jarkov for the research assistance.

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2 PARADOXES OF HAPPINESS: WHY PEOPLE FEEL MORE COMFORTABLE WITH HIGH INEQUALITIES AND HIGH MURDER RATES?

Vladimir Popov

Happiness economics is the growing branch of economic research; it has already revealed quite a number of important determinants of happiness. The World Happiness Report ranks countries based on the subjective evaluations of happiness by the people on a 0 to 10 scale. On top of the list in recent years are Scandinavian countries (Finland, Norway, Denmark, Iceland, Sweden), Switzerland, the Netherlands, Canada, Australia, New Zealand, Israel. At the bottom of the list are Burundi, Central African Republic, South Sudan, Tanzania, Yemen, Rwanda, Syria, Liberia, Haiti, Malawi, Botswana, Afghanistan.

There are 6 major determinants of happiness identified by the World Happiness Report (fig. 1):

– PPP GDP per capita,

– healthy life expectancy (data from the World Health Organization),

– social support index (answers to the question about relatives or friends that one can count on to help when in need),

– freedom index (answers to the question about freedom to choose what you do with your life), – generosity index (residual of regressing national average of responses to the question “Have you

donated money to a charity in the past month?” on GDP per capita),

– corruption index (answers to the questions on how corruption is widespread throughout the government and business).

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3 Fig. 1 Happiness score explained by different factors

Source: World Happiness Report.

53. Latvia(5.933) 52. Romania(5.945)51. Slovenia(5.948) 50. Lithuania(5.952)46. Thailand(6.072)48. Ecuador(5.973)45. Kuwait(6.083)49. Belize(5.956)47. Italy(6.000) 44. Uzbekistan(6.096)41. Nicaragua(6.141)43. Bahrain(6.105)42. Poland(6.123) 40. El Salvador(6.167)39. Slovakia(6.173) 38. Trinidad and Tobago(6.192)33. Saudi Arabia(6.371)30. Guatemala(6.382)34. Singapore(6.343)29. Argentina(6.388)37. Colombia(6.260)35. Malaysia(6.322)31. Uruguay(6.379)27. Panama(6.430)36. Spain(6.310)32. Qatar(6.375)28. Brazil(6.419) 26. Taiwan Province of China(6.441)20. United Arab Emirates(6.774)19. United Kingdom(6.814)21. Czech Republic(6.711)18. United States(6.886)17. Luxembourg(6.910)8. New Zealand(7.324)13. Costa Rica(7.072)6. Netherlands(7.441)5. Switzerland(7.487)15. Germany(6.965)10. Australia(7.272)16. Belgium(6.927)3. Denmark(7.555)24. Mexico(6.488)23. France(6.489)12. Austria(7.139)9. Sweden(7.315)14. Ireland(6.977)7. Canada(7.329)2. Norway(7.594)1. Finland(7.632)4. Iceland(7.495)22. Malta(6.627)11. Israel(7.190)25. Chile(6.476)

0 1 2 3 4 5 6 7 8

Explained by: GDP per capita Explained by: social support

Explained by: healthy life expectancy Explained by: freedom to make life choices Explained by: generosity Explained by: perceptions of corruption Dystopia (1.92) + residual 95% confidence interval

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4 There are also some important paradoxes in the dynamics of happiness indices and in the relative levels in various countries and in different populations groups. One puzzle (the Easterlin paradox) is the decreasing happiness in the US despite constantly rising personal incomes (fig. 2). Sachs (2018) argued that America’s subjective well-being is being systematically undermined by three interrelated epidemic diseases, notably obesity, substance abuse (especially opioid addiction), and depression. But in other countries without much obesity, drugs, and depression, there is also the decline in happiness going hand in hand with rising real incomes. In China over the 1990–2000- decade happiness has plummeted despite massive improvement in material living standards.

Brockmann, Delhey, Welzel, and Hao (2008) explain this by growing income inequality in China, so that related to the average income the financial position of most Chinese worsened.

Fig. 2. Average happiness score and GDP per capita in 1972-2016

Source: Sachs, 2018.

In this paper I present the evidence that income and wealth inequalities are positively associated with happiness, as measured by the happiness index and negatively associated with the suicide rate that is considered as an objective indicator of unhappiness. Moreover, there is some evidence that happiness is also positively linked the murder rate, especially when it goes hand in hand with inequalities.

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5 Determinants of happiness

Table 1 reports the regression results of happiness index on the determinants of happiness that are selected in the World Happiness Report – income, healthy life expectancy, social support, personal freedom, generosity, control over corruption.

Table 1. Regression results of happiness index on per capita income, life expectancy and other determinants in 2018, robust estimates

Dependent variable – happiness index in 2018 Equations, Number of

Observations / Variables

1, N=156

2, N=142

3, N=155

4, N=142

5, N=155

6, N=155

7 N=142

Constant 1.8*** 3.0*** 1.9*** 1.8*** 1.7*** 1.3***

Happiness score from 0 to 10 explained by PPP GDP per capita in 2017 in 2011 dollars

0.9*** 2.5*** 1.5*** 1.0*** 1.0*** 1.0***

Happiness score from 0 to 10 explained by healthy life expectancy in 2016

0.9*** 3.8*** 1.7*** 1.4*** 1.0*** 1.1*** 1.2***

Happiness score from 0 to 10 explained by social support

1.1*** 1.0*** 1.0*** 1.0***

Happiness score from 0 to 10 explained by freedom

1.4*** 1.7*** 1.4*** 1.6*** 1.2***

Happiness score from 0 to 10 explained by generosity

0.5 1.4** 1.0* 0.7 0.9 0.8

(significant at 20%) Happiness score from 0 to 10

explained by corruption2

0.8 1.5** 0.8 0.9

(significant at 20%) Murder rate, 2016 or last

available year, per 100,000 inhabitants

.007** .006**

Interaction term (Gini coefficient*Murder rate)

.0002* .0003

**

.0002

**

.0001 (significant at 30%)

Adjusted R2, % 79 64 74 78 80 80 81

*, **, *** - Significant at 1, 5 and 10% level respectively.

2“Happiness score explained by corruption” is not corruption index per se, but part of the happiness score that is explained by corruption (from the regression equation in which corruption influences happiness negatively). So in table 2 and other tables a positive sign of “Happiness score explained by corruption” means that corruption affects happiness negatively.

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6 Not all of the determinants are significant in cross-country regressions (generosity and control over corruption are not significant after the first 4 determinants are included – equation 1), but the results can be slightly improved by including the murder rate and inequality variables. If included separately, only murder rate is significant, but when both are included into the right hand side, they lose significance. However, the interaction term (murder rate*inequality) is significant in many specifications, which means that in countries with both high inequality and high murder rate happiness index is higher.

Normally there is a positive correlation between income inequality and murder rate – the higher inequality, the higher the murder rate. But in the rare instances when high inequality does not go together with high murder rate, happiness is not affected.

The robustness check – similar regressions for 2000 reported in table 2. The results are very similar and in a sense even stronger: income inequalities and murder rate affect happiness positively, when included into the right hand side separately and together.

Positive relationship between inequalities and happiness index can be noticed at fig. 3 that uses the data around the year 2000. However, more recent data (2010-18) give a different picture – fig.

4 suggests that happiness is higher in countries with lower income inequalities. But in multiple regressions, after controlling for per capita income and life expectancy, income inequalities, as table 1 shows, have positive impact on happiness, when they go hand in hand with the murder rate.

And positive relationship between the murder rate and happiness index in 2000 can be noticed with the naked eye at fig. 4.

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7 Table 2. Regression results of happiness index on per capita income, life expectancy and other determinants around 2000, robust estimates

Dependent variable – happiness index (from 0 to 10) Equations, Number of

Observations / Variables

1, N=71

2, N=70

3, N=71

4, N=69

5, N=71

Constant 6.9*** 5.7*** 9.0*** 7.5*** 8.8***

PPP GDP per capita in 1999, $ .00004

***

.00003

***

.00007

***

.00007

***

.00007*

**

Life expectancy in 2002, years -0.04*** -0.03

***

Increase in life expectancy in 1970-2002, years

0.04

***

0.04** 0.08*** 0.08*** 0.06

***

Suicide rate per 100,000 inhabitants in 2002 -0.02

***

Murder rate, 2002 per 100,000 inhabitants 0.02

***

0.02*** 0.02*** 0.005

***

Transition dummy variable (equals 1 for China, Eastern European and former Soviet Union countries, 0 for all other countries)

-0.54

***

-0.56

**

Gini coefficient of wealth distribution around 20003, %

0.02** 0.02**

Adjusted R2, % 48 54 60 62 65

*, **, *** - Significant at 1, 5 and 10% level respectively.

3 Gini coefficient of wealth distribution is taken from (Davies, Sandstrom, Shorrocks, and Wolff , 2007).

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8 Fig. 3. Gini coefficient of income inequalities and happiness index around 2000

Fig. 4. Gini coefficient of income inequalities and happiness index in 2010-18

Source: WDI; World Happiness Report.

Afghanistan Albania Algeria

Angola Argentina

Armenia Australia Austria

Azerbaijan

Bangladesh Belarus

Belgium

Belize

Benin Bhutan

Bolivia Bosnia and Herzegovina

Botswana Brazil

Bulgaria Burkina Faso

Burundi Cambodia

Cameroon Canada

Central African Republic Chad

Chile

China

Colombia

Congo (Brazzaville) Congo (Kinshasa)

Costa Rica

Croatia Cyprus Czech Republic

Denmark

Dominican Republic Ecuador

Egypt Estonia

Ethiopia Finland

France

Gabon Georgia Germany

Ghana Greece

Guatemala

Guinea

Haiti Honduras

Hungary Iceland

India

Indonesia Iran Iraq

Ireland Israel

Italy Jamaica

Japan

Jordan Kazakhstan

Kenya Kosovo

Kyrgyzstan

Laos Latvia

Lesotho Liberia

Lithuania Luxembourg

Macedonia

Madagascar Malawi

Malaysia

MauritaniaMali Mauritius

Mexico

Moldova

Mongolia

Montenegro Morocco

Mozambique

Myanmar Namibia

Nepal Netherlands

Nicaragua

Niger

Nigeria Norway

Pakistan

Palestinian Territories

Panama

Paraguay PhilippinesPeru

Poland

Portugal Qatar Romania

Russia

Rwanda Saudi Arabia

Senegal Serbia

Sierra Leone Slovakia

Slovenia

South Africa South Korea

South Sudan Spain

Sri Lanka Sudan

Sweden Switzerland

Syria Tajikistan

Tanzania Thailand

Togo Trinidad & Tobago

Tunisia

TurkeyTurkmenistan

Uganda Ukraine

United KingdomUnited States Uruguay Uzbekistan

Venezuela Vietnam

Yemen

Zambia Zimbabwe

345678

20 30 40 50 60

Gini coefficient of income distribution in 2010-16 Happiness score in 2018 Fitted values

Albania

Algeria

Argentina

Armenia Australia Austria

Azerbaijan Bangladesh

Belarus Belgium

Bosnia and Herzegovina Brazil

Bulgaria Canada

Chile

China

Colombia

Croatia Czech Republic Denmark

Dominican Republic Egypt, Arab Rep.

El Salvador

Estonia Finland

France

Georgia Germany

Greece Hungary

India Indonesia

Iran, Islamic Rep.

Ireland

Israel Italy Japan

Jordan Korea, Rep.

Latvia Lithuania

Macedonia, FYR Mexico

Moldova

Morocco Netherlands

New Zealand Nigeria

Norway

Pakistan Peru

Philippines

Poland Portugal

Romania Russian Federation Singapore

Slovak Republic Slovenia

South Africa Spain

Sweden Switzerland Tanzania

Turkey Uganda

Ukraine

United States

Uruguay Venezuela, RB Vietnam

Zimbabwe

6789

20 40 60 80

Gini coefficient of income inequalities in 1990-2005, % Happiness score in 2000 Fitted values

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9 Fig. 5. Happiness score and murder rate at around 2000

Source: WDI; WHO.

Suicides – alternative measure of the (un)happiness

Suicides are often considered as an objective measure of (un)happiness. If polls suggest that happiness is high in a country/locality/community/population cohort, but suicides are high as well, it most probably means that the answers to the survey questions cannot be taken at face value.

As fig. 6 shows, in 2000 there was a clear negative relationship between happiness scores and suicide rates. In 2018 this relationship is less pronounced: happiness index is correlated with suicides negatively and significantly, but the correlation coefficient is very low (1%; equation 1 in table 3). One of the determinants of happiness index – healthy life expectancy – is correlated with suicide rate stronger than the others (fig. 7).

Albania Algeria Argentina

Armenia Australia Austria

AzerbaijanBangladesh

Belarus Belgium

Bosnia and Herzegovina Brazil

Bulgaria Canada

Chile

China

Colombia

Croatia Czech Republic Denmark

Dominican Republic Egypt, Arab Rep.

El Salvador

Estonia Finland

France

Georgia Germany

Greece Hungary Iceland

India

Indonesia

Iran, Islamic Rep.

Ireland

Israel Italy Japan

Jordan Korea, Rep.

Latvia Lithuania

Macedonia, FYR Malta

Mexico

Moldova Morocco

Netherlands New Zealand

Nigeria

Norway

Pakistan Peru

Philippines

Poland Portugal

Romania Russian Federation

Singapore

Slovak Republic Slovenia

South Africa

Spain Sweden Switzerland

Tanzania

Turkey

Uganda

Ukraine United States

Uruguay

Venezuela, RB Vietnam

Yugoslavia, FR (Serbia/Montenegro) Zimbabwe

6789

0 20 40 60 80

Murders per 100 000 inhabitants in 2002 (WHO) Happiness score in 2000 Fitted values

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10 Fig. 6. Suicide rate per 100,000 inhabitants and happiness index around 2000

Fig. 7. Suicide rate per 100,000 inhabitants and happiness index explained by healthy life expectancy in 2016-18

Source: World Happiness Report, 2018; Suicides.

Albania Algeria

Argentina

Armenia

Australia

Austria

Azerbaijan Bangladesh

Belarus Belgium

Bosnia and Herzegovina Brazil

Bulgaria Canada

Chile

China Colombia

Croatia Czech Republic Denmark

Dominican Republic Egypt, Arab Rep.

El Salvador

Estonia Finland

France

Georgia

Germany Greece

Hungary Iceland

India Indonesia

Iran, Islamic Rep.

Ireland

Israel Italy

Japan

JordanKorea, Rep.

Latvia Lithuania

Macedonia, FYR Malta

Mexico

Moldova Morocco

Netherlands New Zealand Nigeria

Norway

Pakistan Peru

Philippines

Poland Portugal

Romania

Russian Federation Singapore

Slovak Republic

Slovenia South Africa

Spain

Sweden

Switzerland Tanzania

Turkey Uganda

Ukraine United States

Uruguay Venezuela, RBVietnam

Yugoslavia, FR (Serbia/Montenegro) Zimbabwe

6789

0 10 20 30 40 50

Number of sucides per 100 000 inhabitants

Afghanistan

Albania Algeria

Angola

Argentina

Armenia

Australia Austria

Azerbaijan Bahrain Bangladesh

Belarus

Belgium

Belize Benin

Bhutan Bolivia

Bosnia and Herzegovina Botswana

Brazil Bulgaria Burkina Faso

Burundi Cambodia

Cameroon

Canada Central African Republic

Chad

Chile China Colombia

Congo (Brazzaville) Congo (Kinshasa)

Costa Rica Croatia

Cyprus Czech Republic

Denmark Dominican RepublicEcuador

Egypt

El Salvador Estonia

Ethiopia Finland

France Gabon

Georgia

Germany Ghana

Greece Guatemala

Guinea

Haiti

Honduras Hungary

Iceland India

IndonesiaIraq Iran

Ireland

IsraelItaly Jamaica

Japan

Jordan Kazakhstan

Kenya

Kuwait Kyrgyzstan Laos

Latvia

Lebanon Lesotho

Liberia

Libya

Lithuania

Luxembourg Macedonia

Madagascar Malawi

Malaysia Mali

Malta Mauritania

Mauritius Mexico Moldova

Mongolia

Montenegro Morocco Mozambique

Myanmar Namibia

Nepal

Netherlands New Zealand Nicaragua

Niger Nigeria

Norway

Pakistan

Panama Paraguay

Peru Philippines

Poland

Portugal Qatar

Romania Russia

Rwanda

Saudi Arabia

Senegal Serbia

Sierra Leone

Singapore Slovakia

Slovenia

Somalia

South Africa

South Korea South Sudan

Spain Sri Lanka

Sudan Sweden

Switzerland

Syria

Tajikistan Tanzania

Thailand Togo

Trinidad & Tobago

Tunisia Turkey Turkmenistan Uganda

Ukraine

United Arab Emirates United Kingdom United States Uruguay

Uzbekistan

Venezuela Vietnam Yemen

Zambia Zimbabwe

010203040

0 .2 .4 .6 .8 1

Explained by: Healthy life expectancy Fitted values Suicides

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11 In multiple regressions (table 3) suicides, after controlling for healthy life expectancy and social support indices, are strongly and negatively related to the inequalities in income distribution and to interaction term between inequalities and murders in 2016-18. Cross-country regressions for the year 2000 (table 4) suggest that inequality in income and wealth distribution affects suicides positively, whereas high murder rate tend to lower suicides rate (blaming the others for personal problems rather than herself).

Table 3. Regression results of suicide rate on per capita income, life expectancy and other determinants in 2016-18, robust estimates

Dependent variable suicide rate per 100,000 inhabitants Equations, Number of

Observations / Variables

1, N=150

2, N=140

3, N=140

4, N=140

2, N=140

3, N=140

Constant 13.4*** 14.5*** 19.1*** 9.0*** 15.3*** 9.5***

Happiness score from 0 to 10 in 2018 -0.6*

Happiness score from 0 to 10 explained by PPP GDP per capita in 2017 in 2011 dollars

3.9* 3.3 (signifi- cant at 15%) Happiness score from 0 to 10

explained by healthy life expectancy in 2016

-5.9*** -6.8*** -13.5*** -17.6*** -17.0

***

Happiness score from 0 to 10 explained by social support

8.5*** 6.2*** 7.4***

Gini coefficient of income distribution around 2016, %

-.12** -.14***

Interaction term (Gini coefficient*Murder rate)

-.001* -.002** -.002**

Adjusted R2, % 1 7 8 18 19 19

*, **, *** - Significant at 1, 5 and 10% level respectively.

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12 Table 4. Regression results of suicide rate on per capita income, life expectancy and other determinants around 2000, robust estimates

Dependent variable suicide rate per 100,000 inhabitants Equations, Number of

Observations / Variables

1, N=122

2, N=115

3, N=115

4, N=122

5, N=115

Constant 6.35 25.8

***

24.7** -1.6 7.4

Log PPP GDP per capita in 1999, $ 5.1*** 4.6*** 5.5*** 4.7*** 5.8***

Increase in life expectancy in 1970-2002, years

-0.3** -0.4*** -0.4*** -0.2* -0.19**

Transition dummy variable (equals 1 for China, Eastern European and former Soviet Union countries, 0 for all other countries)

8.3*** 8.5***

Gini coefficient of income distribution around 2000, %

-0.5*** -0.2** -0.2*** -0.1** -0.15**

Gini coefficient of wealth distribution around 2000, %

-0.4** -0.2*

Murder rate, 2002 per 100,000 inhabitants 0.2** 0.2** 0.2**

Adjusted R2, % 32 33 37 40 48

*, **, *** - Significant at 1, 5 and 10% level respectively.

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13 Fig. 8. Gini coefficient of income inequalities and the suicide rate per 100,000 inhabitants around 2000

Fig. 9. Gini coefficient of income inequalities and the suicide rate per 100,000 inhabitants in 2010-16

Source: Suicides; WDI.

Albania Algeria

Argentina

Armenia Australia Austria

Azerbaijan

Bangladesh Belarus

Belgium

Benin

Bolivia Bosnia and Herzegovina

Botswana Brazil

Bulgaria

Burkina FasoBurundi CambodiaCameroon Canada

Central African Republic Chile

China

Colombia Costa Rica

Cote d'Ivoire Croatia

Czech Republic Denmark

Dominican Republic Ecuador

Egypt, Arab Rep.

El Salvador Estonia

Ethiopia Finland

France

Gambia, The Georgia

Germany

Ghana Greece

Guatemala Guinea Guinea-Bissau

Haiti Honduras Hungary

India Indonesia

Iran, Islamic Rep.

Ireland

Israel Italy

Jamaica Japan

Jordan Kazakhstan

Kenya Korea, Rep.

Kyrgyz Republic Lao PDR Latvia

Lesotho Lithuania

Macedonia, FYR Madagascar

Malawi Malaysia Mauritania Mali

Mexico Moldova

Mongolia

MoroccoMozambique

Namibia Nepal

Netherlands

New ZealandNicaragua Niger Nigeria NorwayPakistan

Panama Papua New Guinea

Paraguay Peru

Philippines Poland

Portugal Romania

Russian Federation

Rwanda

Senegal

Sierra Leone Singapore

Slovak Republic Slovenia

South Africa Spain

Sri Lanka

Swaziland Sweden

Switzerland

Tajikistan Tanzania

Thailand Trinidad and Tobago

Tunisia Turkey Turkmenistan

Uganda Ukraine

United KingdomUnited States Uruguay

Uzbekistan

Venezuela, RB Vietnam

Yemen, Rep.

Zambia Zimbabwe

01020304050

20 40 60 80

Gini coefficient of income inequalities in 1990-2005, %

Number of sucides per 100 000 inhabitants in 2002 Fitted values

Afghanistan Albania Algeria

Angola

Argentina

Armenia Australia Austria

Azerbaijan Bangladesh Belarus

Belgium

Belize Benin

Bhutan

Bolivia

Bosnia and Herzegovina

Botswana

Brazil Bulgaria

Burkina Faso Burundi Cambodia

Cameroon

Canada

Central African Republic

Chad Chile China

Colombia Congo (Brazzaville)Congo (Kinshasa)

Costa Rica Croatia

Cyprus Czech Republic

Denmark

Dominican RepublicEcuador Egypt

Estonia Ethiopia Finland

France Gabon

Georgia Germany

Ghana

Greece Guatemala

Guinea

Haiti Honduras

Hungary Iceland

India

Indonesia Iraq Iran

Ireland

Israel Italy

Jamaica Japan

Jordan Kazakhstan

Kenya Kyrgyzstan

Laos Latvia

Lesotho Liberia

Lithuania

Luxembourg Macedonia

Madagascar Malawi

Malaysia MauritaniaMali

Mauritius

Mexico Moldova

Mongolia

Montenegro

Morocco

Mozambique

Myanmar

Namibia Nepal

Netherlands Nicaragua

Niger

Nigeria

Norway

Pakistan

Panama Paraguay Peru

Philippines Poland

Portugal Qatar Romania

Russia

Rwanda

Saudi Arabia Senegal

Serbia

Sierra Leone

Slovakia Slovenia

South Africa South Korea

South Sudan

Spain Sri Lanka

Sudan Sweden

Switzerland

Syria Tajikistan

Tanzania Thailand

Togo Trinidad & Tobago

Tunisia

Turkey

Turkmenistan Uganda Ukraine

United Kingdom

United States Uruguay

Uzbekistan

Venezuela Vietnam

Yemen

Zambia Zimbabwe

010203040

20 30 40 50 60

Gini coefficient of income distribution in 2010-16

Suicide rate per 100,000 inhabitants in 2016 Fitted values

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14 Hypotheses

The “big fish in a small pond” effect is actually a model (Marsh and Parker, 1984) that was developed to explain why good students prefer to stay in a class, in which they are above the average level, rather than in a more challenging learning environment, where they are below average. This effect is used to explain one of the paradoxes of happiness – strong growth is usually accompanied by growing income inequalities (fig. 10), so rapid growth is often associated with low happiness scores (fig. 11).

An already mentioned paper by Brockmann, Delhey, Welzel, and Hao (2008) refers to concept of

"frustrated achievers" and explains the decline of happiness scores in China by the deterioration of the relative incomes for the majority of the population due to an increase in income inequality.

The findings of this paper are different: income inequality increases happiness rather than decreases it, whereas decline in inequality makes people feel miserable. Two explanations probably do not contradict one another, if we separate stock and flow effects: with lower inequality people feel unhappy (the dream of “a big fish in a small pond” is out of reach), but the transition to higher inequality, when relative position of the majority deteriorates versus the average, makes people even more unhappy temporarily (during the transition). When transition to the higher inequality society is over, people (may be the new generations) start to feel happier.

The hypothesis is supported by the significant negative impact of transition dummy variable on happiness (table 2) and negative impact on suicides – (table 4) suicides. This transition dummy variable is equal to 1 for all countries with the communist past and 0 for all other countries. In all transition economies there was an unprecedentedly rapid and considerable rise in income and wealth inequalities in the 1990s (in China – after 1985) and this rise had a depressing effect on happiness and caused more suicides. But the level of inequalities exhibits a positive and significant impact on happiness (negative – on suicides), suggesting that after transition to these high levels is made, inequality becomes good for happiness and suppresses suicides.

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15 Fig. 104. Decrease in poverty rate in 1990-2010 due to growth of mean income and improvement of income distribution, p.p.

Source: POVCAL.

Source: POVCAL.

4 POVCAL allows to calculate poverty rates under different assumptions. In order to separate changes in poverty due to income growth and changes distribution of income, I follow 4 steps. 1. Compute the actual reduction of poverty rate (people with monthly income of $38 in 2005 prices at PPP rates) from 1990 or nearby year to 2010. 2.

Compute the actual increase in mean real income. 3. Estimate minimum income in 1990 that was sufficient for getting out of poverty by 2010 just due to increase in income, holding income distribution constant ($38 / increase in average income in 1990-2010) critical poverty line. 4. Compute the poverty rate in 1990 for the minimum income needed to get out of poverty by 2010 (critical poverty line) and assume that all people that had higher incomes exited poverty just due to the actual growth of average income. The difference between the actual poverty rate in 1990 and the poverty rate for critical poverty line is the share of people that escaped poverty only as a result of growth of average income, without changes in the distribution of income. The difference between actual reduction of poverty rate in 1990-2010 and the share of people that escaped poverty due to the growth of income is the share of people that escaped poverty due to better (more even) income distribution (holding constant the growth of average income). If this number is negative, it means that distribution of income deteriorated and poverty rate increased because of this deterioration. In most cases growth of average income was enough to over-compensate this deterioration, so overall poverty rate declined.

R² = 0.6256

-18 -16 -14 -12 -10 -8 -6 -4 -2 0 2 4

-10 0 10 20 30 40 50 60 70

Decrease in poverty rate in 1990-2010 due improvement of income distribution, p.p.

Decrease in poverty rate in 1990-2010 due to growth of mean income , p.p.

Vietnam

Ethiopia

China Russia

Indonesia South Africa

India Bangladesh

Turkey

Brazil, Egypt, Iran, Mexico, Nigeria, Philippines, Thailand

Pakistan

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16 Fig. 11. Happiness score in 2000 and annual average growth rates of GDP per capita in 1960- 99, %

Source: World Happiness Report; WDI.

Conclusions

Income inequality and murders increase happiness and diminish the suicides rates – this is a controversial, but robust finding of the paper that was not reported in the previous literature to the best of my knowledge. This conclusion seemingly contradicts the previous results about the negative impact of inequality on happiness. The decline in happiness in China and many other countries with growing incomes and life expectancy was explained by growing inequality that deteriorated the relative position of most people, even though the absolute levels of incomes and life expectancy were growing (“big fish in a small pond effect”).

My result, however, may be consistent with the previous research findings, if the distinction between levels and change in the levels of inequality (stock and flows) is taken into account. The hypothesis is that low inequality kills peoples’ “dream of the big fish in a small pond”, so they feel unhappy and suicide rate rises. The transition to a higher inequality society makes most of them

Algeria Argentina

Australia Austria

Bangladesh

Belgium

Brazil Chile

China Colombia

Denmark

Dominican RepublicEgypt, Arab Rep.

El Salvador

Finland France

Greece Hungary Iceland

India

Indonesia Ireland

Israel Italy

Japan

Korea, Rep.

Luxembourg Mexico

Morocco

Netherlands New Zealand

Nigeria

Norway

Pakistan Peru

Philippines

Portugal

Singapore South Africa

Spain Sweden

SwitzerlandUnited States

Uruguay Venezuela, RB

Zimbabwe

6789

-2 0 2 4 6

Aver annual Growth 1960-99, GDP

(18)

17 even less happy because their relative position in terms of average income deteriorates. But when the transition is over, happiness increases and suicide rates fall because the rise in inequality comes to an end and the new high levels of inequality allow people to hope that one day they will reach the very top.

Another result is that the murder rate affects happiness positively and suicide rate (objective measure of unhappiness) – negatively either by itself or in interaction with high inequalities. One reason may be the perceptions of social justice (murderers blame others, those who commit suicides, blame themselves). Another possible reason – when inequalities are high and perceived as unfair, murders and crime are viewed as acceptable (correction of government failure to ensure social justice).

The idea for future research is to use panel data (Forbes data are available from 1996) to test the hypothesis that low income inequalities cause unhappiness, their subsequent increase initially make people even less happy, but eventually, when the level of inequalities stabilizes at a high level, happiness increases. This should be possible due to a sort of the natural experiment – rapid increase in inequalities in the 1990s in the post-communist countries.

REFERENCES

Brockmann, Hilke, Jan Delhey, Christian Welzel, Hao Yuan (2008). The China Puzzle: Falling Happiness in a Rising Economy. Journal of Happiness Studies, August 2009, 10(4):387-405.

Davies, James B., Susanna Sandstrom, Antony Shorrocks, and Edward N.Wolff (2007).

Estimating the Level and Distribution of Global Household Wealth. WIDER Research Paper No.

2007/77, November 2007.

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18 Easterlin, Richard (2016). The science of happiness can trump GDP as a guide for policy. World Economic Forum, 13 Apr 2016. https://www.weforum.org/agenda/2016/04/the-science-of- happiness-can-trump-gdp-as-a-guide-for-policy

Homicide (List of countries by intentional homicide rate), Wikipedia, https://en.wikipedia.org/wiki/List_of_countries_by_intentional_homicide_rate

https://en.wikipedia.org/wiki/List_of_countries_by_intentional_homicide_rate_by_decade

Marsh, Herbert W., John W. Parker, (July 1984). "Determinants of student self-concept: Is it better to be a relatively large fish in a small pond even if you don't learn to swim as well?". Journal of Personality and Social Psychology. 47 (1): 213–231.

POVCAL. Povcalnet, World Bank.

Http://iresearch.worldbank.org/PovcalNet/povOnDemand.aspx

Sachs, Jeffrey D. (2018). America’s Health Crisis and the Easterlin Paradox. – World Happiness Report 218. Chapter 7, pp. 146-159.

Suicides (List of countries by suicide rate). Wikipedia, https://en.wikipedia.org/wiki/List_of_countries_by_suicide_rate

World Happiness Report 2018. Causes of death statistics, Http://apps.who.int/gho/data/node.main.GHECOD?lang=en

WDI (World Development Indicators database), https://data.worldbank.org/products/wdi

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