Long-term effect of displacement in Japan in Japan Mayu FUJII, - - PowerPoint PPT Presentation

long term effect of displacement in japan in japan
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Long-term effect of displacement in Japan in Japan Mayu FUJII, - - PowerPoint PPT Presentation

Long-term effect of displacement in Japan in Japan Mayu FUJII, NIPSSR Ryo KAMBAYASHI, IER, Hitotsubashi University 16 th May, 2013 the Conference for the launch of the OECD Analytical Report on Displaced Workers Sketch of talk 1. The role of


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Long-term effect of displacement in Japan in Japan

Mayu FUJII, NIPSSR Ryo KAMBAYASHI, IER, Hitotsubashi University 16th May, 2013 the Conference for the launch of the OECD Analytical Report

  • n Displaced Workers
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Sketch of talk

  • 1. The role of displacement in the Japanese economy
  • 2. What we know about the Japanese displacement
  • 3. New dataset
  • 4. Preliminary results

a. Methodology: how to set the control group? b. Basic results c. How to interpret the tenure effect

  • 5. Remarks and discussions
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T ti Turnover ratio (% of employment stock, 1971-2011, ETS published data)

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S ti ti b Separation ratio by reason (% of employment stock, 1971-2011, ETS published data)

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S ti ti b Separation ratio by reason (% of employment stock, 1971-2011, ETS published data)

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1 The role of displacement in the 1.The role of displacement in the Japanese economy

 Compared to the stock of unemployment, hiring/separation has been relatively stable.  The average frequency of involuntary separation is not hi h (3 9% b 1971 d 2011) so high (3.9% as average btw 1971 and 2011). Traditionally, we have regarded the displacement as a minor issue in our labor markets.

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1 The role of displacement in the 1.The role of displacement in the Japanese economy

 Since 1990s, the frequency of involuntary separation has grown up, and this trend seems to be corresponded to the increase in stock of unemployment.  Th d l l b k i J  The dual labor market in Japan. Displacement has become a major issue

  • Q. Does the displacement create a long‐term inefficiency?
  • Q. If it does, are there policies to remedy the negative effect?
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2 What we know about the Japanese 2.What we know about the Japanese displacement

 Data constraint

  • Previous literature heavily depends on cross‐sectional

datasets datasets

  • ETS; Employment Trend Survey, an establishment survey to capture

labor flow in each establishment.

  • ESS; Employment Status Survey, a household survey to retrospectively

track the one‐year transition of employment status.

We use the information from governmental administration; pension enrolment records.

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2 What we know about the Japanese 2.What we know about the Japanese displacement

 Timing of displacement (Kambayashi and Kato, 2012)

  • ESS v.s. DWS in the U.S.
  • Long tenure protects workers from displacement in Japan

(but not in recent US).

  • Demographic attributes (gender age) affects the probability

Demographic attributes (gender, age) affects the probability to be displaced in Japan (but not in the US).

Displacement in Japan is not randomly allocated among workers, but concentrates in particular group (elder, female, less tenured workers).

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2 What we know about the Japanese 2.What we know about the Japanese displacement

 Effects of displacement (Bognanno and Kambayashi, 2013;

Kambayashi and Kato, 2012; Bognanno and Delgado, 2008; Abe et al., 2002)

  • Rehiring probability of displaced workers within one year is
  • Rehiring probability of displaced workers within one year is

also affected by demographic attributes such as age, gender, and education.

  • One‐shot wage penalty of displacement is higher in aged and

long tenured workers. University graduates are likely to lose wage more. wage more.

Duality of labor market may have affected the effects of y y

  • displacement. But in long‐term?
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2 What we know about the Japanese 2.What we know about the Japanese displacement

 Therefore, it is important to confirm the long‐term effect of displacement in Japan, in order to deepen the argument on duality (flexibility) of labor market.

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3.New datasets

 LOSEF (The Japanese Longitudinal Survey on Employment and Fertility)

d l ( l b

  • Random sampling survey in 2011 (sample size 6000 between

age of 30 and 59).

  • With pension enrolment records since their first job

With pension enrolment records since their first job

  • Pension enrolment records include the whole history of base

monthly salary in April (as the contribution of pension) and the name of employer.

  • When they change their employer, we ask industry,
  • ccupation contracting term title of each job and reason
  • ccupation, contracting term, title of each job, and reason

and training of each job change (max. 45 years).

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3.New datasets

 LOSEF (The Japanese Longitudinal Survey on Employment and Fertility)

h ld f ( l b h f h ld

  • Household information (marital status, birth of children,

cohabitation with parents) can be used in each year.

  • Because the information on monthly salary is based on the

Because the information on monthly salary is based on the administrative records, it is relatively more accurate compared to other retrospective survey.

  • Microdata may be available for academic use, with an English manual in

http://takayamaonline.net/pie/stage3/English/d_p/E2012.html

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3.New datasets

 Downside of LOSEF

  • LOSEF salary history covers only one of three main pension

systems in Japan systems in Japan

  • Kosei Nenkin Hoken (Employee’s pension) 35m in 2011
  • Kyosai Nenkin Hoken (Public sector’s pension) 4m in 2011
  • Kokumin Nenkin Hoken (Self‐employed and others) 30m in 2011
  • Sample is heavily biased to standard workers in private sector.

Nonstandard workers are not likely to participate in KNH (but Nonstandard workers are not likely to participate in KNH (but they are likely in Kokumin Hoken). The condition to participate in KNH has gradually widen. Recently it is more l k l l d d d k h b f likely to include nonstandard workers than before.

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3.New datasets

 Downside of LOSEF

  • Monthly salary is so called “Standard monthly

compensations” compensations”

  • excludes bonus and extra allowance
  • classified into 47 class (‘under 63000JPY’ to ‘over

classified into 47 class ( under 63000JPY to over 1.17mJPY’) with various widths. The widths also have been changed from time to time.

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S ti ti Separation ratio

(% of employment stock, 1971-2011, LOSEF and ETS published data)

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Di l t ti Displacement ratio

(ratio to employment stock, 1971-2011, LOSEF and ETS published data)

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4 Preliminary results 4 .Preliminary results

  • a. Methodology: how to set the control group?

 Measure the wage penalty of displacement for longer‐ term.  Sample restriction

i. Exclude if experienced voluntary quit. ii E l d if di l d ithi th t ii. Exclude if displaced within three year tenure.

  • iii. Exclude if worked as nonstandard worker at least in one

point of career (tentative). po t o ca ee (te tat e)

  • iv. Exclude if multiple displacement (tentative).

v. Exclude if unemployment spell exceed one year (tentative).

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4 Preliminary results 4 .Preliminary results

  • a. Methodology: how to set the control group?

 “0” if continuously employed  “d0=1” if displaced  “dnt=1” t year before displacement, “dpt=1” t year later from displacement y p p y p

1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 dn1 d0 dp1 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 dn1 d0 dp1 dn1 d0 dp1 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 dn1 d0 dp1 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007

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4 Preliminary results 4 .Preliminary results

  • a. Methodology: how to set the control group?

 “0” if continuously employed  “d0=1” if displaced  “dnt=1” t year before displacement, “dpt=1” t year later from displacement y p p y p

1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 dn1 d0 dp1 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 dn1 d0 dp1 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007

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4 Preliminary results 4 .Preliminary results

  • a. Methodology: how to set the control group?

 “0” if continuously employed  “d0=1” if displaced  “dnt=1” t year before displacement, “dpt=1” t year later from displacement y p p y p

ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya dn1 d0 dp1 yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb dn1 d0 dp1 yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc

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4 Preliminary results 4 .Preliminary results

  • a. Methodology: how to set the control group?

 “0” if continuously employed  “d0=1” if displaced  “dnt=1” t year before displacement, “dpt=1” t year later from displacement y p p y p

ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya dn1 d0 dp1 yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb dn1 d0 dp1 yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc d0 d0 yb yc ya yb yc OLS estimates v.s. average of average of

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4 Preliminary results 4 .Preliminary results

  • a. Methodology: how to set the control group?

 “0” if continuously employed  “d0=1” if displaced  “dnt=1” t year before displacement, “dpt=1” t year later from displacement y p p y p

y ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya ya dn1 d0 dp1 yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb yb dn1 d0 dp1 yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc yc d0 yb yb d0 v.s. average of v.s. average of FE estimates average of yc yc g

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4 Preliminary results 4 .Preliminary results

  • b. Basic results

sample LOSEF sample dependent variable estimated model coeff.

s.e. p‐value

coeff.

s.e. p‐value

coeff.

s.e. p‐value

coeff.

s.e. p‐value

d 3 0 032 0 012 0 015 0 049 LOSEF log of monthly salary OLS FE FE OLS dn3 ‐0.032

0.082 0.697

‐0.012

0.062 0.843

0.015

0.040 0.706

0.049

0.037 0.192

dn2 ‐0.059

0.082 0.473

‐0.059

0.062 0.343

‐0.026

0.040 0.514

0.003

0.037 0.937

dn1 ‐0.029

0.091 0.751

‐0.050

0.069 0.473

‐0.029

0.045 0.518

‐0.003

0.042 0.940

d0 ‐0.157

0.082 0.054

‐0.191

0.062 0.002

‐0.153

0.040 0.000

‐0.128

0.037 0.001

dp1 ‐0.120

0.082 0.140

‐0.166

0.062 0.008

‐0.127

0.040 0.002

‐0.103

0.037 0.006

dp2 ‐0.089

0.082 0.273

‐0.145

0.062 0.020

‐0.107

0.040 0.008

‐0.082

0.037 0.029

dp3 ‐0.087

0.082 0.287

‐0.150

0.062 0.016

‐0.115

0.040 0.004

‐0.087

0.037 0.019

dp4 ‐0.081

0.082 0.318

‐0.150

0.062 0.016

‐0.118

0.040 0.003

‐0.088

0.037 0.019

year age tenure sample size no no no 16878 16878 16878 yes yes yes yes no yes yes no no 16878 sample size

  • Adj. R‐sq

F value 0.6245 1237.6 1459.18 16878 16878 16878 16878 0.3532

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Wage penalty of displacement Wage penalty of displacement

(1971-2011, LOSEF)

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4 Preliminary results 4 .Preliminary results

  • b. Basic results

 13% penalty is plausible? (Bognanno and Kambayashi, 2013)

Around 6% from all sample

  • f ETS. Due to top coding

(max. -30%) and/or nonstandard workers?

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4 Preliminary results 4 .Preliminary results

  • b. Basic results

 As results of conservative estimation,

  • At the point of displacement, they are likely to lose about

13% of monthly salary 13% of monthly salary.

  • The wage penalty of displacement does not disappear even

after four years of reemployment. y p y

  • The salary loss estimated from FE is smaller than from OLS,

which indicates displacements are biased to less (time‐ invariant) unobservable ability.

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4 Preliminary results 4 .Preliminary results

  • c. How to interpret the tenure effect

 When we control for tenure…

sample dependent variable LOSEF log of monthly salary p estimated model coeff.

s.e. p‐value

coeff.

s.e. p‐value

dn3 ‐0.015

0.062 0.804

0.002

0.037 0.963

dn2 ‐0.063

0.062 0.313

‐0.045

0.037 0.224

g y y OLS FE dn1 ‐0.025

0.069 0.721

0.066

0.041 0.107

d0 ‐0.126

0.063 0.045

0.144

0.039 0.000

dp1 ‐0.108

0.063 0.084

0.147

0.039 0.000

dp2 ‐0.096

0.063 0.127

0.146

0.039 0.000

dp3 ‐0 109

0.063 0.083

0 118

0.039 0.002

dp3 0.109

0.063 0.083

0.118

0.039 0.002

dp4 ‐0.116

0.063 0.064

0.096

0.039 0.013

year age tenure yes yes yes yes yes yes sample size

  • Adj. R‐sq

F value 0.6258 1483.89 16878 16878

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4 Preliminary results 4 .Preliminary results

  • c. How to interpret the tenure effect

 A typical trajectory of salary

d0 w/o tenure d0 with tenure

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4 Preliminary results 4 .Preliminary results

  • c. How to interpret the tenure effect

 d0 without tenure may indicate

  • loss of human capital by displacement

 d0 with tenure may indicate

l i f h i l d i h i j b

  • accumulation of human capital during the previous job
  • Declining coefficient d0>dp1>dp2>dp3>dp4 with tenure may

imply the tenure effect is weaker in the second job than in the imply the tenure effect is weaker in the second job than in the first job.

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  • 5. Remarks and discussions

 By using new panel dataset, we find around 13% decline in monthly salary at the displacement.  This wage penalty may not disappear even after several years of reemployment as standard workers.

 When we consider the possibility of reemployment as nonstandard workers the average wage penalty may amplify nonstandard workers, the average wage penalty may amplify.

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  • 5. Remarks and discussions

 More control at the displacement

 the difference between gender, age, period  industry, occupation change small sample size may cause problems…

 Extension of sample

 multiple displacement  multiple displacement  control group definition  longer effect of displacement (e.g. 10 yrs) g p ( g y )