the easterlin paradox: empirics on the income-happiness relationship sans hedonic adaptation

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The Easterlin Paradox: Empirics on the Income- Happiness Relationship sans Hedonic Adaptation Dr. Edsel L. Beja Jr. ATENEO DE MANILA UNIVERSITY

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The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation. Dr. Edsel L. Beja Jr. ATENEO DE MANILA UNIVERSITY. Easterlin Paradox. long run relationship between income and happiness is nil. Easterlin. - PowerPoint PPT Presentation

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Page 1: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Dr. Edsel L. Beja Jr.ATENEO DE MANILA UNIVERSITY

Page 2: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Easterlin Paradox

Page 3: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation
Page 4: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation
Page 5: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Easterlin

• long run relationship between income and happiness is nil

Page 6: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Stevenson-Wolfers

• long run relationship between income and happiness is positive (and stat. significant)

Page 7: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Methodology: Intro

• hi = b0 + b1 gi + errori,

where: hi = ΔH, and H is ave happiness of country

gi = ΔY, and Y is log income of country

• using h as dependent variable implies no happiness adaptation

Page 8: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Methodology: Intro

• H = f(Y – AY) where AY is adaptation level• ΔH = f(ΔY – ΔAY)• Define AY = aY-1 + (1 – a)AY-1 … where a

represents the rate of adaptation• Rearranging, ΔAY = a(Y-1 – AY-1)…• Substituting… ΔH = ΔY – a(Y-1 – AY-1)• ΔH = f(ΔY – aH-1)• Or, H = ΔY + (1 – a)H-1

Page 9: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Methodology: Intro

• ΔH = f(ΔY)• hi = b0 + b1 gi + errori,

where: hi = ΔH, and H is ave happiness of country

gi = ΔY, and Y is log income of country

Page 10: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Methodology: Dynamic

• hit = a0 + Σbj gi,t-j + Σdk-1 hi,t-k + errorit

• where: j = 0…p lags

k = 1…q lags• autoregressive distributed lag model with p

lags on economic growth and q lags on happiness on the assumption that current and past information on both economic growth and happiness are relevant.

Page 11: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Methodology: Multilevel

• hit = a0 + Σbj gi,t-j + Σdk-1 hi,t-k + errorit

a0 = φ00 + u0t

• where: φ00 is b/w country-averages across time u0t is the b/w country-averages variation• hit = φ00 + Σbj gi,t-j + Σdk-1 hi,t-k + (u0t + errorit)

Page 12: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

ResultsDynamic panel Multilevel reg

Growth(t) 0.002, p = 0.095 0.001, p = n.s.

Growth(t-1) 0.003, p < 0.001 0.003, p < 0.05

• Sum (dynamic) = 0.005, p < 0.01 0.0038 LR

• Sum (multilevel) = 0.004, p < 0.05 0.0032 LR

Page 13: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Analysis

• A unit of (LR) economic growth has 0.003 impact on happiness

• If ave. long-run growth rate is 1.95, then 0.003 x 1.95 = 0.00585

• Suppose ave. happiness is 3.0 in a 4 unit scale.

• To raise ave. happiness to 3.1, then 0.1 / 0.00585 = 17.09 years.

Page 14: The Easterlin Paradox: Empirics on the Income-Happiness Relationship sans Hedonic Adaptation

Conclusion

• Reject the Easterlin Paradox based on the statistical significance of results (i.e. that is, there is indeed positive income-happiness relationship)

• Accept the Easterlin Paradox based on the economic non-significance of results. The estimates can be taken as a refutation of the Easterlin Paradox if they have econo-mic meaning.