Competition and Buck-passing in the Political Economy of Aid

Miles D. Williams
April 9, 2022

 

Outline

  • Background and Motivation
  • Concepts and Measures
  • Data and Methods
  • Results

Background

  • Builds on a broader theoretical research program.
  • Theoretical understanding and empirical investigation of strategic interdependence in aid allocation.
  • Here, focus on empirically identifying the conditions under which donor governments compete or pass the buck in bilateral aid allocation.

Why study how aid is targeted?

“Don't tell me what you value. Show me your budget, and I'll tell you what you value.” - Joseph R. Biden Jr.

Why study how aid is targeted?

  • How donor governments distribute aid says more about their interests than leaders relate in speeches or memos.
  • This extends to the question of how donors respond to each other as they target aid to developing countries.
  • How donors respond to the aid given by others sheds light on the rival or common benefits donors obtain through their aid allocation.

The Problem

  • We still know very little about the conditions under which donors compete for rival foreign policy gains or pass the buck to others when pursing goals through aid.
  • Existing evidence remains mixed.
  • Some find evidence for competition (Dudley 1979; Mosley 1985; Barthel et al. 2014).
  • Others find evidence of buck-passing (Rahman & Sawada 2012).
  • And some find different results by donor or delivery channel (Steinwand 2015; Mascarenhas & Sandler 2006).
  • Prior efforts fail to take steps to tease out when and where donor governments have rival or common objectives in allocating aid.

The Solution

  • I develop novel, theory-driven, measures to help identify variation in the degree of rivalry or commonality of donor goals.
  • I use machine learning to conduct robust tests of heterogeneity in donor responses to each other on the basis of their goals in giving aid.
  • I use classical econometrics to further identify how donor interests shape when they compete and pass the buck in giving aid to certain recipient countries.

 

Identification is difficult!

Donors give aid for mixed reasons.

Aid can be given to address recipient needs...

 

...or given in exchange for policy deals.

What these goals imply

  • These goals imply different responses among donor governments.
  • Development aid promotes a collective good \( \to \) free-rider problem \( \to \) negative response to where donors give aid.
  • Aid-for-policy exchange promotes rival interests \( \to \) competition \( \to \) positive response to where donors give aid.
  • How to tease out when and where one objective dominates the other?

Measures

  • Donor Interest (DI)
  • Recipient Need (RN)
  • DI \( \times \) RN = Donor Responses

Measures

  • Create composite measures of each.
  • DI = Trade + Proximity + Alliance + Colonizer
  • RN = Poverty + Size + Rights & Liberties + Conflict + Disasters
  • I use an algorithm that finds a linear combination that is maximally correlated with each component.

Data

  • CRS data 1995-2014
  • DAC ODA commitments across 24 sectors
  • PWT, ATOP, CEPII, UCDP/PRIO

Expectations

Hypotheses

  • H1: Donors respond to the aid commitments of others.
  • H2: Donors' responses systematically vary with respect to DI and RN.

Exploratory

  • How do DI and RN interact to shape donor responses?

Methods

  • Hypothesis testing:

    • Diagnostics on random forest predictions.
    • aid = f(Peer Aid, DI, RN, Donor, Aid Budget).
    • Permutation Importance (Fisher et al. 2019) and H-test (Friedman & Popescu 2008).
  • Exploratory:

    • Linear model with:
    • Three-way interaction between Peer Aid, DI, RN.
    • Peer Aid instrumented with aggregate Peer DI.
    • Donor and Year FE

Results

Do donors respond to peer aid?

Results

Results

Do strength of foreign policy interests and depth of recipient need condition this response?

Results

Results

How do these measures interact to shape donor responses?

Results

Conclusion

  • Question:

    • When and where do donor governments compete or pass the buck in aid allocation?
  • Answer:

    • Donors compete where their foreign policy interests are strongest and recipient need is greatest.
    • Donors pass the buck where their foreign policy interests are minimal and recipient need is greatest.

Implications

What does this imply for donor collaboration?

Mechanism underlying Lead Donorship? (Steinwand 2015).

Thank you!

milesdw2@illinois.edu

Appendix

Summary of Observations
N Dyads Donors Recipients
Training Set 52,132 3,678 29 127
Test Set 12,872 3,218 28 115

Appendix

Summary Statistics
Mean Median SD Min. Max.
Training Set Interest -0.02 -0.33 1.00 -1.87 5.79
Need 0.01 -0.03 1.01 -2.17 2.60
ODA 1.06 0.01 1.69 0.00 10.14
Peer ODA 5.54 5.80 1.86 0.00 10.71
Total Budget 5.60 7.21 3.67 0.00 10.84
Test Set Interest 0.07 -0.27 1.00 -1.87 5.16
Need -0.04 -0.05 0.96 -2.07 2.04
ODA 1.25 0.17 1.79 0.00 10.47
Peer ODA 5.89 6.09 1.79 0.20 10.71
Total Budget 6.55 7.16 2.74 0.00 11.21

Appendix

Correlation Matrix for Need
Need Income Population Disaster Freedom Civil War
Need 1.000 -0.543 0.784 0.530 0.619 0.628
Income -0.543 1.000 -0.161 -0.030 -0.218 -0.170
Population 0.784 -0.161 1.000 0.628 0.305 0.357
Disaster 0.530 -0.030 0.628 1.000 0.026 0.267
Freedom 0.619 -0.218 0.305 0.026 1.000 0.235
Civil War 0.628 -0.170 0.357 0.267 0.235 1.000

Appendix

Correlation Matrix for Interest
Interest Distance Trade Colony Alliance
Interest 1.000 -0.822 0.384 0.249 0.791
Distance -0.822 1.000 -0.146 -0.026 -0.424
Trade 0.384 -0.146 1.000 0.134 0.163
Colony 0.249 -0.026 0.134 1.000 0.013
Alliance 0.791 -0.424 0.163 0.013 1.000

Appendix

2SLS Diagnostics
df1 df2 statistic p-value
Main 2SLS Fit
Weak Instrument (Peer ODA) 4 64950 219.2236 0
Weak Instrument (Peer ODA \( \times \) Interest) 4 64950 874.1996 0
Weak Instrument (Peer ODA \( \times \) Need) 4 64950 838.0306 0
Weak Instrument (Peer ODA \( \times \) Interest \( \times \) Need) 4 64950 832.1672 0
Wu-Hausman (Endogeneity) 4 64946 956.0480 0
2SLS with Lagged Instrument
Weak Instrument (Peer ODA) 4 46939 227.6141 0
Weak Instrument (Peer ODA \( \times \) Interest) 4 46939 1028.4313 0
Weak Instrument (Peer ODA \( \times \) Need) 4 46939 745.8015 0
Weak Instrument (Peer ODA \( \times \) Interest \( \times \) Need) 4 46939 908.0276 0
Wu-Hausman (Endogeneity) 4 46935 755.7197 0

Appendix

2SLS Estimates with Clustered S.E.
  Main Specification Lagged Instrument
Peer ODA 0.15 (0.65) 0.41 (0.57)***
Interest -6.48 (1.40)*** -6.96 (1.42)***
Need 0.09 (1.81) -0.55 (1.66)
Peer ODA \( \times \) Interest 1.05 (0.23)*** 1.10 (0.23)***
Peer ODA \( \times \) Need 0.04 (0.20) 0.09 (0.18)*
Affinity \( \times \) Need -5.64 (1.05)*** -5.83 (1.10)***
Peer ODA \( \times \) Interest \( \times \) Need 0.93 (0.18)*** 0.90 (0.18)***
Num. obs. 65004 46988
***p < 0.001; **p < 0.01; *p < 0.05