Catalysts and Inhibitors of the Trade Collapse Mattia Di Ubaldo University of Sussex, PhD Conference...
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Transcript of Catalysts and Inhibitors of the Trade Collapse Mattia Di Ubaldo University of Sussex, PhD Conference...
Catalysts and Inhibitors of the Trade Collapse
Mattia Di Ubaldo
University of Sussex, PhD Conference5th of December 2014
Mattia Di Ubaldo, University of Sussex
Motivation & Context - 1
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The Slovenian ExperienceGrowth of GDP Growth of trade
Mattia Di Ubaldo, University of Sussex 3
Motivation & Context - 2
• Causes of trade collapse:
• Supply side • Credit crunch – working capital (Bricongne et al., JIE 2012; Chor &
Manova, JIE 2012; Behrens et al., RES 2013).• Trade finance – bank or firm intermediated (Korinek et al., 2010;
Malouche, 2011; Antràs & Foley, JPE 2014).
• Demand side• Decrease in expenditure – composition (Engel & Wang, JIE 2009; Eaton
et al., 2011; Petropoulou & Soo, 2011).• Vertical linkages (Levchenko et al., IMF review 2010, Bems et al., AER
2011).• Inventory adjustments (Alessandria et al., AER 2010).29/10/2014
Mattia Di Ubaldo, University of Sussex 4
ContributionMy analysis: factors that amplified or dampened the reaction of trade.
• Most of the action was in GVCs! Intermediates:• 2/3 of total trade (Bems et al., 2011).• 11/15 most affected sectors (Bricongne et al. 2012).
1. Analyse the reaction of different inputs, depending on the cost-share in firms’ sales.
2. Explore the reaction of inputs along Intra-Firm vs Arm’s Length trade dimension: one WP so far (Altomonte et al. 2012), but I add:• Cost-share of inputs.
• Intensive and Extensive margins.
• Firm fixed effects and additional firm controls.
3. Detailed intensive/extensive (firm, destination, product) margins decomposition.• New across Intra-firm vs Arm’s Length trade.
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Preview of findings
1. Cost-share of imported inputs in sales:• Higher cost share, larger reaction (but Intra-Firm dampens).
2. Firm affiliation – Intra-firm (RP) versus arm’s length (AL) trade.• No different performance.
3. Intensive vs Extensive margin
• 70% Intensive margin; larger intensive margin share for RP.
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Outline
•Data and sample.
•Hypotheses.
•Methodology.
•Results.
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Data and Sample
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Data• Slovenia: why?
• small, open economy. • strongly integrated with both eastern and western European
countries: intermediates 72% of imports.
• Transaction-level trade data (SURS): monthly exports/imports at the
CN-8 digits product level (xickt); 2000-2011.
• Firm Balance Sheet data (AJPES): balance sheet and income statements of all Slovenian firms; 2000-2011.
• Ownership data (Bureau Van Dijk): ORBIS allows to track all the proprietary network, on a world scale, up to the 10th level of subsidiarity.
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Intra-firm (RP) trade proxy• I need to infer whether shipments are RP or AL: • I assume that transactions are RP when there is an affiliate in the
destination they are directed to. 88% of trade by affiliates to a certain destination is either pure RP or pure AL (Bas & Carluccio 2009),
• This inflates RP trade proxy when firms adopt a mixed strategy; but it’s a classification mistake working against me.
• 49% exports are RP in Slovenia in 2007: • 47% in US (US Census Bureau data)
• 52.6% exports to US are RP – Slovenian data; 51.3% – Census Bureau data (Lanz & Miroudot, 2011).29/10/2014
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Timing and Sample
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Timing
October 2008 – May 2010; trough in November 2009.
Final sample
Exporters 9,238
NACE-4dig sectors
462
Products 7,350
median 58; mean 136
Destinations 199 median 10; mean 16
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Hypotheses
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• Inventory adjustments were observed to have amplified the reaction of trade (Alessandria et al. 2010). GVC ideal locus!
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2nd Hypothesis : RP trade of intermediates is more resilient than AL trade .Why? For RP trade:• Lower uncertainty• Shorter delivery lags Lower buffer of inventories
Lower adjustments!• Better communication
.
Hypotheses – 1 and 2
Why? Inventories of higher cost share inputs get adjusted more promptly, if inventories management costs are proportional to the cost share of inputs.
Larger adjustments!
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Hypotheses – 3 and 4.
3rd Hypothesis: intermediates’ inventories adjustment generate a Bullwhip Effect: this is exacerbated by the cost share in sales.
• The reaction of RP and AL trade can differ across trade margins:In a crisis, different sunk costs, market rigidities and hold-up problem would cause:
4th Hypothesis: intensive margin adjustments are more pronounced for RP trade than for AL trade; vice-versa for extensive margin adjustments.
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Why? Inventories accelerator mechanism!
Why? Firms might more easily reduce the size of shipments to affiliates rather than to non-affiliates. Extensive margin changes could happen more
at AL.
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Methodology
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Methodology
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ickti210ickt εγrecoveryΩ*αΩααg
ickt5iy4iktkicktikticktkickt
k3ikt2ickt1
ExYugβXβRP*CS*IntRP*IntCS*Int
CSβRPβIntβΩ
321 δδδ
)x0.5(x
xxg
12)ick(tickt
12)ick(ticktickt
2007
2000y
N
1i iy
12
1t icktk Y
im
NY1
CS
Dep. var.:
Hypothesis 1
Hypothesis 2
Hypothesis 3
Mattia Di Ubaldo, University of Sussex 16
Results
Estimations
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RP trade and Cost Share (Hyp. 1 and 2):(1) (2) (3) (4) (5) (6) (7)
Int. 0.0389*** 0.0389*** 0.0559*** 0.0588*** 0.0612***
(3.04) (3.79) (4.62) (4.78) (4.97)
RP -0.0448 -0.0465 -0.0482 -0.0480 -0.0616*
(-1.39) (-1.25) (-1.26) (-1.26) (-1.64)
CS -0.00391 -0.00156 -0.000922 -0.0104
(-0.70) (-0.29) (-0.17) (-0.27)
Int. * RP 0.00166 0.000918 -0.00934 -0.0104
(0.05) (0.02) (-0.24) (-0.27)
Int. * CS -0.178 -0.287* -0.306**
(-1.26) (-1.95) (-2.10)
Int. * CS * RP
0.380* 0.356
(1.62) (1.54)
Ex Yug. -0.106***
(-4.05)
Firm FE yes yes yes yes yes yes yes
Firm Controls
yes yes yes yes yes yes yes
N 1,636,936 1,636,936 1,636,936 1,636,936 1,636,936 1,636,936 1,636,936Note: t statistics arising from robust standard errors clustered at the firm level in parentheses; * p < 0.10, ** p < 0.05, *** p < 0.01.
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Results: sector-product CS variable
• Sectoral disaggregation of the product level CS variable:
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(1) (2) (3)
Int. 0.0607*** 0.0633***
(5.31) (5.48)
RP -0.0468 -0.0612
(-1.16) (-1.55)
CS-SECT 0.000588 0.000871 0.000858
(0.74) (1.12) (1.09)
Int. * RP -0.00944 -0.0108
(-0.23) (-0.26)
Int. * CS-SECT -0.125** -0.143**
(-2.20) (-2.27)
Int. * CS-SECT * RP
0.000236
(0.00)
Firm FE yes yes yes
Firm Controls yes yes yes
N 1,554,771 1,554,771 1,554,771
2007
2000y
N
1i ijy
12
1t ijcktk Y
im
NY1
CSj
Note: t statistics arising from robust standard errors clustered at the firm level in parentheses; * p < 0.10, ** p < 0.05, *** p <
0.01.
Hypothesis 3: Bullwhip(1) (2) (3)
Int. 0.0113 0.0234
(0.72) (1.44)
CS -0.00855 -0.00636
(-1.20) (-0.90)
Int. * CS -0.294**
(-2.05)
Int. * Rec 0.0958*** 0.0864***
(3.59) (3.24)
CS * Rec. 0.0157 0.0167
(1.09) (1.16)
Int. * CS * Rec.
0.401**
(2.31)
Firm FE yes yes yes
Firm Controls yes yes yes
N 1,636,936 1,636,936 1,636,936Note: t statistics arising from robust standard errors clustered at the firm level in parentheses; * p < 0.10, ** p < 0.05, *** p <
0.01.
Downturn
Recovery
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Results
Margin decomposition
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Margin decomposition -2
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Decomposition of growth of exports: net intensive and net extensive margin contributions
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Intensive/Extensive margin decomposition (in %):RP vs AL trade
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Conclusion
• This work adds to the study of the trade collapse by finding:
• RP trade reacted more at the intensive margin, compared to AL trade; but no significant difference overall.
• A higher cost-share of inputs induced a larger reaction of trade.
• Especially larger fall in downturn.
• CS heterogeneity allows to discover:
• Dampening impact of RP trade, relative to AL trade.
• Bullwhip effect.29/10/2014
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THANK YOU!
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RP trade and Cost Share (Hyp. 1 and 2):
• Impact of Cost Share of inputs and RP trade on growth rate of export of intermediates.
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Exports over the crisis
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Growth of Exports, with “contributions” of RP and AL trade to overall variation.
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Hypotheses – 5 and 6. Trade finance.
• Trade finance (bank intermediated) became more expensive in the
crisis:5th Hypothesis: greater reliance on firm intermediated trade finance
induced a better trade performance.
6th Hypothesis: greater reliance on firm intermediated trade finance induced a better trade performance for RP trade, relative to AL trade.
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Why? Firm intermediated trade credit should be easier between related parties.
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Methodology
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ickti10ickt εγΩααg
ickt5iy4icktiyiy
ickt2ickt1
ExYugβXβRP*TCTC
RPβIntβΩ
6δδ5
)x0.5(x
xxg
12)ick(tickt
12)ick(ticktickt
Dep. var.:
Hypothesis 5
Hypothesis 6
1y
1yiy sales
sreceivableTC
ijy
ijyN
1n
2007
2000yj sales
sreceivable
NY1
TC
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Results – hypothesis 4 and 5: trade finance
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(1) (2) (3) (4) (5)
TC-SECT 0 0 TC-FIRM 0.0461* 0.0347 0.0350
- - (1.62) (1.38) (1.36)
RP -0.0670** RP -0.0843* -0.0618
(-2.37) (-1.78) (-0.77)
TC-SECT * RP 0.00312*** 0.00318*** TC-FIRM * RP 0.162 0.0827
(7.41) (9.65) (1.40) (0.36)
Int. * TC-SECT * RP
-0.000752 Int. * TC-FIRM* RP
0.119
(-1.11) (0.56)
Firm FE yes yes Firm FE yes yes yes
Firm Controls yes yes Firm Controls yes yes yes
N 1,661,136 1,661,136 N 1,661,075 1,661,075 1,661,075
Note: t statistics arising from robust standard errors clustered at the firm level in parentheses; * p < 0.10, ** p < 0.05, *** p < 0.01.
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Results – hypothesis 4 and 5: trade finance
• Impact of Receivables and RP trade on growth rate of exports.
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Larger reliance on trade
credit was associated to a
better trade
performance, with an
additional premium
detected to RP trade.
Results – all hypotheses together(1) (3) (4)
Int. 0.0575*** Int. 0.0620***
(4.62) (3.94)
RP -0.0786*** RP -0.0465
(-2.61) (-1.25)
CS -0.00106 CS -0.000265
(-0.20) (-0.05)
TC-SECT 0 TC-FIRM 0.0321
(.) (1.18)
Int. * CS -0.287** Int. * CS -0.287**
(-1.95) (-1.96)
Int. * CS * RP 0.381* Int. * CS * RP 0.386*
(1.63) (1.65)
TC-SECT * RP 0.00330*** TC-FIRM * RP 0.0145
(9.31) (0.06)
Int.*TC-SECT*RP
-0.000947 Int.*TC-FIRM*RP
0.192
(-1.38) (0.81)
Firm FE yes Firm FE yes
Firm Controls yes Firm Controls yes
N 1,636,936 N 1,636,875
Note: t statistics arising from robust standard errors clustered at the firm level in parentheses; * p < 0.10, ** p < 0.05, *** p < 0.01.
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Margin decomposition -1
• Methodology (Bricongne et al., 2012).I decompose mid-point growth rates:
Extensive margin: created (gickt =2) and destroyed flows (gickt =-2)Intensive margin: increased (0< gickt <2) and decreased flows (-2< gickt <0)
Weight each flow by its share in total Slovenian exports:
Aggregate subsets of the weighted mid-point growth rates to obtain the margins, since the aggregate year on year total growth rate can be correctly approximated by:
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)x0.5(x
xxg
12)ick(tickt
12)ick(ticktickt
i c i c k 12)ick(tk ickt
12)ick(ticktickt xx
xxs
c i k ickticktt s*gG
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Margin decomposition -3
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Decomposition of growth of exports: detailed extensive margin contributions
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Margin decomposition -5
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Margin decomposition -4
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