The debate on the role of total factor productivity (TFP) in China's rapid economic growth has led to the emergence of a large pool of papers on this topic. There is however hardly any consensus in the literature. This paper surveys 74 studies published from the 1990s onwards and employs meta-analysis to investigate whether the empirical findings are systematically affected by the choice of methods, selection of samples, and objectives of individual studies. Insights gained are used to draw implications for further studies.
I thank an anonymous referee, Tim Coelli, Jinghai Zheng and participants of APPC2008 and ACESA2009 for very helpful comments. Work on this paper benefited from the financial support of the University of Western Australia (UWA Research Grant scheme) and Australian Research Council (DP1092913).
5. There are also many studies that are related to the pre-reform period and hence ignored in this review. Examples include Tang (Citation1980), Wiens (Citation1982) and Perkins and Yusuf (Citation1984).
6. There are also papers that investigate technical efficiency performance only, such as Kong, Marks, and Wan (Citation1999), Zheng, Liu, and Bigsten (Citation1998) and Shiu (Citation2002). These are excluded from this review.
7. The number of papers increases over time. By the time of finalizing this version, for instance, several papers had appeared but could not be incorporated into the quantitative analysis. These papers include Chen, Huang, and Yang (Citation2009), Chen et al. (Citation2008) and Zheng, Bigsten, and Hu (Citation2009), to cite a few.
9. These outliers are samples with extreme small or large TFP growth estimates, which are located on the two tails of the histogram in .
10. The reliability or quality of Chinese data has, for a long time, been questioned by economists. For example, Maddison (Citation1998), H. Wu (Citation1993) and Holz (Citation2004) raised the question about the accuracy of Chinese GDP statistics and hence re-estimate their own series. Zheng, Hu, and Bigsten (Citation2009) presented a study comparing the officially recorded income with the estimated ‘potential’ income in China. Other economists have also made efforts to check the quality of employment statistics (Rawski Citation2000; Liu and Chan Citation2001; and Giles, Park, and Zhan Citation2005). More recently Ozyurt (Citation2009) and Cao et al. (Citation2009) considered the quality of both labor and capital data and examined productivity growth in the industrial sector.
12. The choice of techniques and their impact on efficiency and productivity estimates is still debated in the literature. For more discussions, see Hjalmarsson et al. (Citation1996), Coelli et al. (Citation2005) and Odeck (Citation2007).
Griliches
,
Z
.
1994
.
Productivity, R&D, and the data constraint
.
American Economic Review
,
84
(
1
)
:
1
–
23
.
Coelli
,
T
,
Rao
,
DSP
,
O’Donnell
,
CJ
and
Battese
,
GE
.
2005
.
An introduction to efficiency and productivity analysis
,
2nd
,
New York
:
Springer
.
Greene
,
WH
.
2008
.
“
The econometric approach to efficiency analysis
”
. In
The measurement of productive efficiency and productivity growth
,
Edited by:
Fried
,
HO
,
Lovell
,
CAK
and
Schmidt
,
SS
.
USA
:
Oxford University Press
.
Baumol
,
William
.
1986
.
Productivity growth, convergence and welfare: What the long-run data show
.
American Economic Review
,
76
(
5
)
:
1072
–
85
.
Wu
,
Y
and
Yang
,
H
.
1999
.
“
Productivity and growth: a review
”
. In
Productivity and growth in Chinese agriculture
,
Edited by:
Kalirajan
,
KP
and
Wu
,
YR
.
29
–
51
.
London
:
Macmillan Press
.
Fan
,
S
and
Zhang
,
X
.
2002
.
Production and productivity growth in Chinese agriculture: New national and regional measures
.
Economic Development and Cultural Change
,
50
(
4
)
:
819
–
38
.
Wiens
,
Thomas
.
1982
.
“
Technological changes
”
. In
The Chinese agricultural economy
,
Edited by:
Barker
,
R
,
Sinha
,
R
and
Rose
,
B
.
Boulder, CO
:
Westview Press
.
Kong
,
X
,
Marks
,
RE
and
Wan
,
GH
.
1999
.
Technical efficiency, technological change and total factor productivity growth in Chinese state-owned enterprises in the early 1990s
.
Asian Economic Journal
,
13
(
3
)
:
267
–
81
.
Zheng
,
JH
,
Liu
,
X
and
Bigsten
,
A
.
1998
.
Ownership structure and determinants of technical efficiency
.
Journal of Comparative Economics
,
26
:
465
–
84
.
Rawski, Thomas G. 2000. China by the numbers: How reform affected Chinese economic statistics. Paper prepared for conference on Key Issues in China's Economic Development and the Use of Statistical Data, Beijing, May 9–10
Liu
,
Ta
and
Wing Chan
,
Kam
.
2001
.
National statistics on internal migration in China: Comparability problems
.
China Information
,
15
(
2
)
:
75
–
113
.
Cao
,
Jing
,
Ho
,
Mun S
,
Jorgenson
,
Dale W
,
Ren
,
Ruoen
,
Sun
,
LinLin
and
Yue
,
Ximing
.
2009
.
Industrial and aggregate measures of productivity growth in China, 1982–2000
.
Review of Income and Wealth
,
55
(
1
)
:
485
–
513
.
Wang
,
Y
and
Yao
,
YD
.
2003
.
Sources of China's economic growth 1952–1999: Incorporating human capital accumulation
.
China Economic Review
,
14
:
32
–
52
.
Zhang
,
Jun
.
2008
.
Estimation of China's provincial capital stock (1952–2004) with applications
.
Journal of Chinese Economic and Business Studies
,
6
(
2
)
:
177
–
96
.
Coelli
,
T
,
Rao
,
DSP
,
O’Donnell
,
CJ
and
Battese
,
GE
.
2005
.
An introduction to efficiency and productivity analysis
,
2nd
,
New York
:
Springer
.
Odeck
,
James
.
2007
.
Measuring technical efficiency and productivity growth: A comparison of SFA and DEA on Norwegian grain production data
.
Applied Economics
,
39
:
2617
–
30
.