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Transcript of th BIC (B il(B U - OECD.org · South Korea: Export competitiveness and catch up in products with a...
K d th BIC (B il I di Chi ) C t hi UKorea and the BICs (Brazil, India, China): Catching Up Experiences
Carlos A. Primo Braga, Vandana Chandra, and Israel Osorio
Economic Policy and Debt Department, PREM, The World Bank
OutlineOutline
1. Introduction1. Does Technological Catch Up Matter?
2 Th ti l B k d2. Theoretical Background
3. Measurement Variables
4 C hi E i4. Catching up Experiences1. Korea
2 China2. China
3. Brazil
4. India
5. Empirical Model
6. Conclusion
1 Motivation1. Motivation
• What is our paper about:
– Catch up between Korea and the BICs in a global market (using industry level data)g ( g y )
– Objective: To analyze the interplay between competition and innovation in pcatch up
– Analysis focuses on:y• Comparison of different performances among Korea, China, Brazil and India
• Testing of Aghion et al. model
1.1 Catch up in income per capita: Korea and p p pBrazil Catching up with OECD Countries
High Income OECD
Singapore High Incomenon OECD
South Korea
B ilBrazil
Lower Middle Income
Source: World Development Indicators
1.1 Catch up in income per capita: China and India in the Catch Up Game
China
Lower Middle Income India
Low Income
Source: World Development Indicators
1 2 Catch up in productivity: labor1.2 Catch up in productivity: labor productivity, 1960‐2000
Source: Penn World Tables
1.2 Catch up in productivity: Total Factor Productivity Growth – Annual %
Source: Authors’ estimates using Penn World Tables
2 Theoretical Background2. Theoretical Background
• Conventional wisdom: Competition (e.g., trade liberalization) leads to productivity growth and innovation.
• Schumpeterian model: Innovation needs rents…;Schumpeterian model: Innovation needs rents…; too much competition can be bad for innovation.
N S h t i M d l Wh th• New Schumpeterian Model: Whether competition is good/bad for innovation and
h d d h di hgrowth depends on the distance to the technological frontier (inverse‐U shaped relation between competition and innovation; Aghion, Howitt, et al.).
3 Measurement Variables3. Measurement Variables
1 P d ti it 1 O t f i
Policy VariablesMeasures of Competitiveness1. Productivity
Value Added per WorkerSource: UNIDO’S INDSTAT
1. Openness to foreign competition
Tariff levels S TRAINS
2. Competitiveness in the International Markets
Source: TRAINS
2. Export orientationExports as share of outputS C d d UNIDO’SRevealed Comparative Advantage
Source: Comtrade
Source: Comtrade and UNIDO’S INDSTAT
Di t t th t h l i l3. Technological contentTechnology definition applied to exports
Distance to the technological frontier
For Brazil, China, and India a relative measure ofSource: Lall (2000) and Comtrade measure of
ProductivityExport Orientation
… in comparison with South Korea… in comparison with South Korea
3.1 Labor Productivity and distance to the technological frontier – Textiles
010
0V.A. per Worker (Korea=100)- product 321
40
V.A. per Worker (Current '000 US$/worker) - product 321 60
80
030
040
1020
02
1980 1985 1990 1995 2000 20050
1980 1985 1990 1995 2000 2005
KOR BRAIND CHN
KOR BRAIND CHN
Product: TextilesSource: UNIDO Industrial Statistics Database, Rev. 2 and 3
3.1 Labor Productivity and distance to the technological frontier – Electrical machinery
100
V.A. per Worker (Korea=100)- product 383
010
0
V.A. per Worker (Current '000 US$/worker) - product 383 60
80
6080
040
040
020
1980 1985 1990 1995 2000 20050
21980 1985 1990 1995 2000 2005
KOR BRAIND CHN
KOR BRAIND CHN
Product: Machinery, electricSource: UNIDO Industrial Statistics Database, Rev. 2 and 3
3.1 Labor Productivity and distance to the technological frontier – Transport equipment
100
V.A. per Worker (Korea=100)- product 384
80
V.A. per Worker (Current '000 US$/worker) - product 384 60
80
060
040
2040
020
1980 1985 1990 1995 2000 20050
1980 1985 1990 1995 2000 2005
KOR BRAIND CHN
KOR BRAIND CHN
Product: Transport equipmentSource: UNIDO Industrial Statistics Database, Rev. 2 and 3
3 2 Revealed Comparative Advantage Textiles3.2 Revealed Comparative Advantage ‐ Textiles
10RCA, 321 Textiles
68
24
02
1970 1980 1990 2000 20101970 1980 1990 2000 2010
BRA CHNIND KOR
Source: UN Comtrade - concordances between SITC and ISIC Codes
3.2 Revealed Comparative Advantage – Electrical Machinery
2.5
RCA, 383 Machinery, electric1.
52
10
.5
1970 1980 1990 2000 2010
BRA CHNIND KORIND KOR
Source: UN Comtrade - concordances between SITC and ISIC Codes
3.2 Revealed Comparative Advantage – Transport equipment
1.5
RCA, 384 Transport equipment1
.50
1970 1980 1990 2000 2010
BRA CHNIND KOR
Source: UN Comtrade - concordances between SITC and ISIC Codes
3 3 Competitiveness (Tech Definition)3.3 Competitiveness (Tech Definition)
South Korea: Export competitiveness and catch up in products with a revealed comparative advantage
80%
50%60%
70%
oduc
ts
20%
30%
40%
hare
of p
ro
0%
10%20%
1980 84 1985 89 1990 94 1995 99 2000 04 2005 06
Sh
1980-84 1985-89 1990-94 1995-99 2000-04 2005-06
Low Tech 1 Low Tech 2 Med Tech 1&2 Med Tech 3High Tech 1 High Tech 2
Source: Authors’ calculations using UN Comtrade database and Lall’s (2000) technology definition
3 3 Competitiveness (Tech Definition)3.3 Competitiveness (Tech Definition)
China: Export competitiveness and catch up in products with a revealed comparative advantage
80%
50%
60%70%
rodu
cts
20%
30%40%
Sha
re o
f pr
0%
10%
1980-84 1985-89 1990-94 1995-99 2000-04 2005-06
S
1980 84 1985 89 1990 94 1995 99 2000 04 2005 06
Low Tech 1 Low Tech 2 Med Tech 1&2 Med Tech 3High Tech 1 High Tech 2
Source: Authors’ calculations using UN Comtrade database and Lall’s (2000) technology definition
3 3 Competitiveness (Tech Definition)3.3 Competitiveness (Tech Definition)
Brazil: Export competitiveness and catch up in products with a revealed comparative advantage
40%
25%
30%
35%
oduc
ts
10%
15%
20%
hare
of p
ro
0%
5%
10%
Sh
1980-84 1985-89 1990-94 1995-99 2000-04 2005-06
Low Tech 1 Low Tech 2 Med Tech 1&2 Med Tech 3High Tech 1 High Tech 2g g
Source: Authors’ calculations using UN Comtrade database and Lall’s (2000) technology definition
3 3 Competitiveness (Tech Definition)3.3 Competitiveness (Tech Definition)
India: Export competitiveness and catch up in products with a revealed comparative advantage
60%
40%
50%
oduc
ts
20%
30%
hare
of p
ro
0%
10%
1980 84 1985 89 1990 94 1995 99 2000 04 2005 06
Sh
1980-84 1985-89 1990-94 1995-99 2000-04 2005-06
Low Tech 1 Low Tech 2 Med Tech 1&2 Med Tech 3High Tech 1 High Tech 2g g
Source: Authors’ calculations using UN Comtrade database and Lall’s (2000) technology definition
3.4 Competition (weighted tariffs) –South Korea
South Korea: Reduction in tariffs (weighted, %)
18
12
15
rate
s (%
)
6
9
Wei
ghte
d ta
riff
0
3
1988 1990 1992 1994 1996 1998 2000 2002 2004 2006
Textiles Wearing apparelIron and steel Non-ferrous metals Fabricated metals Non-electrical machineryElectrical machinery Transport equipmentProfessional &Scientif ic equip
Source: TRAINS
3.4 Competition (weighted tariffs) –China
China: Reduction in weighted tariffs (%)
80
90
Wearing Apparel
Non metallic mineral
Transport equipment
50
60
70
TextilesNon-metallic mineral
products
30
40
50
Food ProductsIron and steel
Non-ferrous metals
Non-electrical machinery
0
10
20
01992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007
Food Products Textiles Wearing Apparel
Industrial chemicals Petroleum refineries Non-metallic mineral
Iron and steel Non-ferrous metals Fabricated metal pro
Non-electrical machinery Electrical machinery Transport equipmen
Source: TRAINS
3.4 Competition (weighted tariffs) –Brazil
Brazil: Weighted tariff rates (%)
El t i l hi45
50
Electrical machinery
30
35
40
Iron & steel
Non-electrical machinery
Transport equipment
15
20
25
Industrial chemicals
Petroleum refineries
Food Manuf.
5
10
15
0Brazil 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007
Paper & products Printing, publishing and allied industriesIndustrial chemicals Petroleum refineriesIron & steel Non-electrical machineryElectrical machinery Transport equipment
fy p q p
Food Manuf.
Source: TRAINS
3.4 Competition (weighted tariffs) –India
India - Trade liberalization (weighted tariffs %)100
Food product s
Wearing apparel
Non-elect r ical machinery
75
ff ra
te (%
)
Iron and st eelTransport equipment
25
50
Wei
ghte
d ta
ri
Pet roleum ref iner ies
01990 1992 1994 1996 1998 2000 2002 2004 2006
W
1990 1992 1994 1996 1998 2000 2002 2004 2006
Food products Textiles Wearing apparelIndustrial chemicals Petroleum refineries Iron and steelN l t i l hi El t i l hi T t i tNon-electrical machinery Electrical machinery Transport equipment
Source: TRAINS
5.1 South Korea, benchmark
R id l f i / l i i• Rapid structural transformation/selectivity• High savings rate/macro stability/education• Outward looking strategy (contingent export promotion)
• Trade liberalization (late 1980s: Average t= 18.1%, 1988)
• Distance shortening policies:– Seeding and expansion of chaebols– Increasing focus on industries with high technological content
– Support to investments in R&D/focus on building indigenous technological capabilities
5 2 China5.2 China
St t l T f ti / l ti it• Structural Transformation/selectivity• Shift towards high tech industries• Export‐led growth• Distance shortening policies:
– Allow FDI flows conditional on technology transfer and capability buildingLong term finance– Long term finance
– Foster industries with high technological content– Attention to government‐business interfaceAttention to government business interface– Growing investments in S&T/R&D
5 3 Brazil5.3 Brazil
B ili Mi l 1967 74/79 f ll d b h L• Brazilian Miracle 1967‐74/79, followed by the Lost Decade C t h t t li d ISI (i l di it l• Catch up strategy relied on ISI (icluding on capital goods)
• Strong anti export bias only began to fall in the 1990s• Strong anti‐export bias only began to fall in the 1990s (trade liberalization and export credits)
• Diffuse distance shortening policies• Diffuse distance shortening policies– Unstable support for investment in S&T/R&D– Barriers to absorption of embedded knowledge (capitalBarriers to absorption of embedded knowledge (capital
goods protection; FDI driven by domestic market)– Policies to enhance innovation competencies of firms were
not able to correct for weak educational endowment– Weak linkages between private sector and innovation
s stems (basic science orientation)
5 4 India5.4 India
C l b f t l ti d t l• Complex web of government regulations and controls during the 1960s‐90s (barriers to entry/exit)
• Late and slow pace of trade liberalizationLate and slow pace of trade liberalization• Limited structural transformation towards high tech industries
• Distance shortening policies– Hand‐picked industries, but no export orientation– Discouraged/Deterred FDI flows– Financing provided by the government, but the chosen
industries focused on the domestic marketindustries focused on the domestic market– Did not foster industries with high technological content– Heavy investment in technical skills – law of unintended
( )consequences (services revolution)
5.5 Comparison of competition and i i li iinnovation policies
Korea Brazil China IndiaCompetition FDI (Foreign Competition) x
Policies Relaxed Antitrust Regulation x
Import Substitution x x
Export led growth x x
Distance shortening /
Selectivity ‐ Few/High‐tech/Performance x xFDI (Conditional Technology
Innovation policiesFDI (Conditional Technology Transfer) x x x
Fiscal Incentives x x x x
i iFinancing x x x xPolicies to strengthen linkages between private sector and academia/public sector X Weak x Weakacademia/public sector X Weak x Weak
Science & Tech Education x x xScience & Tech Parks x xSource: Authors’ diagram
5.6 South Korea ‐ Selectivity in economic transformation from low to high tech industries
Share in total ManufacturingValue Added Rank in Rank in
Korea 1980-84 1995-99 2000-04 1980-01 2004-05Machinery electric 10 18 24 3 1Machinery, electric 10 18 24 3 1Transport equipment 8 12 14 6 2Machinery, except electrical 4 10 10 12 3electricalIndustrial chemicals 9 10 9 2 4Iron and steel 7 5 7 4 5Fabricated metal 4 5 5 11 6products 4 5 5 11 6
Food products 7 6 5 5 7Plastic products 2 3 3 18 8P t l d t 5 4 3 7 9Petroleum products 5 4 3 7 9Textiles 12 5 3 1 10Other non-metallic mineral products 3 3 2 10 11mineral products
% of total 71 81 84
Source: Authors’ calculations using UNIDO’s INDSTAT4 Database
5.6 China – Selectivity in economic transformation from low to high tech industries (Korean style)
Share in total ManufacturingValue Added Rank in Rank in
China 1980-84 1995-99 2000-04 1980-01 2004-05Machinery, electric 4 12 16 10 1Industrial chemicals 12 12 11 3 2Iron and steel 7 7 10 4 3M hi tMachinery, except electrical 15 8 8 2 4
Food products 5 7 7 8 5Transport equipment 3 7 7 11 6Transport equipment 3 7 7 11 6Textiles 14 7 6 1 7Other non-metallic mineral products 5 6 4 7 8mineral productsTobacco 5 5 4 9 9Petroleum products 5 4 3 6 10Non-ferrous metals 2 2 3 16 112 2 3 16 11
% of total 76 76 79
Source: Authors’ calculations using UNIDO’s INDSTAT4 Database
5.6 Brazil ‐Weak selectivity in economic transformation
Share in total ManufacturingShare in total ManufacturingValue Added Rank in Rank in
Brazil 1980-84 1995-99 2000-04 1995-96 2004-05Food products 15 14 1 1Industrial chemicals 13 12 2 2Transport equipment 9 10 3 3Petroleum products 5 10 7 4Iron and steel 4 8 8 5Iron and steel 4 8 8 5Machinery, except electrical 7 7 4 6
Machinery, electric 6 4 5 7Paper and products 4 4 10 8Fabricated metal products 4 4 9 9
Printing and publishing 5 3 6 10
Other non-metallic mineral products 3 3 11 11p
% of total 76 79
Source: Authors’ calculations using UNIDO’s INDSTAT4 Database
5.6 India – Weak selectivity in economic transformation
Share in total ManufacturingShare in total ManufacturingValue Added Rank in Rank in
India 1980-84 1995-99 2000-04 1980-01 2004-05Industrial chemicals 15 21 17 2 1Iron and steel 12 10 15 3 2Petroleum products 3 4 11 9 3Transport equipment 9 9 10 4 4Textiles 15 9 6 1 5Food products 9 9 6 6 6Machinery, except electrical 9 7 6 5 7electricalMachinery, electric 8 7 5 7 8Other non-metallic mineral products 4 4 4 8 9pNon-ferrous metals 1 3 4 11 10Fabricated metal products 3 3 2 10 11
% of total 87 85 87
Source: Authors’ calculations using UNIDO’s INDSTAT4 Database
5 7 Export led growth5.7 Export‐led growth
KOREA CHINAGrowth in Manuf Share of output Share of output
1980-04 1980-81 2000-04 1980-81 2000-04Machinery, electric 3008 38 64 3 34T t i t 2004 5 33 2 15
Growth in Manuf. Value Added (%)
Share of output exported (%)
Share of output exported (%)
Transport equipment 2004 5 33 2 15Machinery, except electrical 3085 20 46 1 67Industrial chemicals 937 9 36 3 10Iron and steel 906 28 23 2 7Fabricated metal products 1292 39 14Food products 647 16 5 8 10Plastic products 1681 5 6Petroleum products 326 2 1 12 3Textiles 147 30 43 9 37Other non-metallic mineral products 657 13 4 1 6Non-ferrous metals 788 3 12
Source: Authors’ calculations using UNIDO’s INDSTAT4 Database and Comtrade
5 7 Export led growth5.7 Export‐led growth
IndiaBrazil
1980-04 1980-81 2000-04 1980-81 2000-04
Food products -14 29 13 11
Share of output exported (%)
Share of output exported (%)
Growth in Manuf. Value Added (%)
Food products -14 29 13 11Industrial chemicals -16 9 1 14Transport equipment 2 33 6 7Petroleum 108 0 0 0I d t l 64 29 1 13Iron and steel 64 29 1 13Machinery, except electrical -24 22 4 14Machinery, electric -38 19 3 12Paper and products -6 23Fabricated metal products -23 9 12 27Printing and publishing -46 2 Other non-metallic mineral products -11 12 1 7Textiles 12 35 Textiles 12 35
Source: Authors’ calculations using UNIDO’s INDSTAT4 Database and Comtrade
5.9 Reduction in tariffs in comparative perspective: the Chinese “revolution”
Source: TRAINS
5.9 Liberalization in a comparative perspective: Tariffs and Non‐Tariff Barriers
Table 3. Tariff and Non Tariff Measures in BICs - Total Trade
Weighted Averaged Tariffs in Total Trade 1990 1995 2000 2001 2002 2003 2004 2005 2006 2007
Brazil 19.0 12.7 12.7 10.4 10.0 9.4 9.0 8.5 8.5 8.7China 32.2 23.8 14.7 14.1 10.3 6.5 6.0 4.9 4.4 4.7India 49.6 23.2 27.5 26.5 25.3 24.1 22.8 13.4 11.9 10.4Korea 9.5 6.8 7.2 8.6 10.0 9.6 9.2 8.3 7.4 7.4
1OTRI1 (MFN applied tariffs plus Non Tariff Measures)2001 2005 2006
Brazil 27.2 22.3 21.9Chi 21 1 11 2 10 1China 21.1 11.2 10.1India 32.2 19.7 21.9Korea 10.0 - 10.0
Source: TRAINS and World Trade Indicators
6 Empirical Methodology6. Empirical Methodology
C titiDF tiL VAPW ββ ++tjitji
tjitjitji
tjinCompetitioDFrontiernCompetitioDFrontierLnVAPW
,,1,,3
1,,21,,1,,
1,,
1
* εβββα++++=
−−
−−
Distance to the frontier = Korea's exports to output ratio / each one of the BICs export to output ratios at the ISIC Rev. 2‐3 digit disaggregation
Competition = (‐) natural logarithm of the tarifs at the industry level multiplied
Interactive term = Distance to the frontier x CompetitionInteractive term = Distance to the frontier x Competition
GMM: System Generalized Method of Momentums using the Arellano‐Bond Methodology.gy
Avoided the excessive use of lagged instruments that diminishes efficiency in the estimates.
6.1 Results: A negative sign in the interactive term
Dependent Variable: Natural Log of Value Added per Worker
Fixed Effects GMMFixed Effects GMM
Distance to the Frontier (lagged) -0.00149*** -0.00218***
Competition (lagged) 0 31653*** 0 34582***Competition (lagged) 0.31653*** 0.34582***
Distance to the Frontier * Competition -0.00067*** -0.00075***
2 9636 *** 3 0 23 ***constant 2.96365*** 3.07235***
Observations = 1285 1285Groups = 71 71
Observations per groupminimum = 6 6average = 18.1 18.1g
maximum = 27 24F_test that all ui=0
F(70,1211) = 39.86Prob>F = 0.000Prob F 0.000
Number of instruments - 78
Source: Authors’ estimates
6 2 Simulation of Results6.2 Simulation of Results30
Ti di i
25
L)PastPresent
Time dimension
20
Wor
ker (
USD
/ L
Brazil
10
15
e Ad
ded
per W
India
5
Valu
e
China
0
0 20 40 60 80 100
120
140
160
180
200
220
240
260
280
300
320
340
360
380
400
420
440
460
Distance to the FrontierDistance to the Frontier
Low Competition High Competition Increasing Competition
Source: Authors’ representation
ConclusionsConclusions
• Different experiences in catching up
• Competition is a plus for innovation, but…Competition is a plus for innovation, but…– “Distance” matters
• Role of “distance‐shortening” measures, importance of outward orientation and sequencing
• Replicability ?• Replicability…?