Does the impact of private education on growth differ at different levels of credit market development?
| Published date | 01 February 2023 |
| Author | Michael Hatcher,Panayiotis M. Pourpourides |
| Date | 01 February 2023 |
| DOI | http://doi.org/10.1111/rode.12952 |
REGULAR ARTICLE
Does the impact of private education on growth
differ at different levels of credit market
development?
Michael Hatcher | Panayiotis M. Pourpourides
Department of Economics, University of
Southampton, Southampton, United
Kingdom
Correspondence
Panayiotis M. Pourpourides, Cardiff
Business School, Cardiff University,
Aberconway Bldg, Colum Drive, Cardiff,
CF10 3EU, UK
Email: pourpouridesp@cardiff.ac.uk
Abstract
Using an overlapping generations model, we show that
the impact of private financing of education on growth
depends on credit market development, being positive
when credit markets are adequately developed but neg-
ative if sufficiently low levels of credit market develop-
ment occur alongside relatively high private financing
intensities. Employing cross-country data, we find that
reduced-form growth relationships are statistically sig-
nificant and robust under various controls and samples.
We also lay out conditions under which economies
with missing credit markets are dynamically efficient
and outperform, in terms of growth, economies with
complete credit markets. The latter may explain large
cross-country differences in savings and growth, while
facilitating the evaluation of policies on financing
education.
KEYWORDS
credit market development, economic growth, private
education
JEL CLASSIFICATION
I25, O16, O41
Received: 9 August 2021 Revised: 19 September 2022 Accepted: 21 September 2022
DOI: 10.1111/rode.12952
This is an open access article under the terms of the Creative Commons Attribution License, which permits use, distrib ution and
reproduction in any medium, provided the original work is properly cited.
© 2022 The Authors. Review of Development Economics published by John Wiley & Sons Ltd.
Rev Dev Econ. 2023;27:291–322. wileyonlinelibrary.com/journal/rode 291
1|INTRODUCTION
Education is widely thought to be a driver of long-run development and economic growth.
Empirical work, however, has reached mixed conclusions about the impact of education on
growth (Hanushek & Woessmann, 2010). This raises some important questions. Does the type
of education –public versus private –matter for the impact of education on growth? What are
the consequences of not having well-developed credit markets for financing education in many
developing economies? In this paper, we study the impact of private transfer arrangements
between parents and children on human capital and economic growth, bearing in mind that
public education is not always easily accessible. Whereas the implications of public education
and related government interventions have been widely studied in the literature, less is known
about the consequences of private education, that is, private financing of education that is
arranged within families. Such informal relationships are of particular importance in develop-
ing economies where access to credit is limited, as emphasized in Banerjee and Duflo's Poor
Economics (Banerjee & Duflo, 2011). Following this lead, this paper provides new insights on
the relationship between private financing of education and economic growth and explores its
implications for dynamic efficiency.
We start out by documenting cross-country differences in private financing of education,
relating it to a newly constructed index of credit market development. The latter incorporates
three indicators of credit provision and financial development. The evidence indicates that most
parents pay for the education of their children while the intensity of private financing of educa-
tion varies significantly across countries, with high levels of intensity in regions such as East
and South Asia and low levels in western economies such as the European Union (EU) and the
United States. Here, the intensity of private financing of education is defined as the ratio to
household consumption, thus correcting for the relative size of different economies. Countries
in East and South Asia such as China and India with high private financing intensities are also
characterized by high economic growth rates and less developed credit markets, whereas econo-
mies in the western world, such as the US and the EU economies, are characterized by low pri-
vate financing intensities, moderate growth rates and more developed credit markets.
We set out an overlapping generations model to explain these observations. In the model,
private financing of education matters for economic growth, but the impact on growth varies at
different levels of credit market development. We subsequently estimate the reduced-form
growth relationships implied by the model and find that they are empirically supported after
controlling for public education and a host of other variables. In the model, growth is endoge-
nous, and parents make transfers to children, which they may use to acquire education. Paren-
tal transfers play an important role because the young would like to invest in human capital
but face incomplete credit markets for educational loans. Parents find it optimal to make such
transfers because they derive utility from the amount transferred to their children. If parents
choose consumption and transfers optimally, then the share of parental transfers in household
consumption is related to the parental joy-of-giving parameter, or parental transfer motive; we
therefore refer to this share as the intensity of private financing.
1
We demonstrate that, at adequately high levels of credit market development, the relation-
ship between the intensity of private financing and economic growth is positive, whereas at low
levels of credit market development, the relationship is negative, as long as the intensity
exceeds a certain threshold. We also show that economies where markets for education loans
are absent may have higher growth rates than economies with complete credit markets and a
dynamically efficient balanced growth path. Low growth rates and dynamic inefficiency are
292 HATCHER AND POURPOURIDES
linked to high ratios of physical to human capital, which occur owing to either over-saving or
under-borrowing. In particular, we show that economies with missing credit markets exhibit
higher growth rates than economies with complete credit markets, either when both the inten-
sity of parental transfers and intergenerational persistence of human capital are relatively low
or when they are both relatively high. We also show conditions under which an economy with
borrowing constraints exhibits higher growth than an otherwise identical economy in which
credit is not rationed.
A meaningful role for private education is present in our model owing to credit market
imperfections. As demonstrated by Boldrin and Montes (2005), if young individuals cannot bor-
row to finance educational investment and parental giving is ignored, then the competitive
equilibrium in an endogenous growth economy is dynamically inefficient and involves stagna-
tion. To alleviate the dynamic inefficiency and restore growth, they propose government inter-
vention, accompanied by a pension scheme. Our findings suggest that such intervention is not
necessary to restore dynamic efficiency if the intensity of parental transfers exceeds a certain
threshold. We show that if private financing is sufficiently high, then in-family transfers can
substitute for missing credit markets for education loans, enabling dynamic efficiency along the
balanced growth path. Furthermore, while economies with missing credit markets are dynami-
cally efficient at sufficiently high levels of the private financing intensity, identical economies
with complete markets are not. We also clarify that dynamic inefficiency of the competitive
equilibrium allocation may occur even in the absence of capital over accumulation because a
low intensity of parental transfers leads to an under-provision of human capital for future gen-
erations. This result arises because human capital has positive externalities and, hence, from a
social perspective, may be underinvested in by the young.
Our results provide a possible explanation for the high growth rates of several emerging East
Asian economies with high levels of parental investment in education but relatively
undeveloped credit markets. For instance, Seth (2002) discusses the history and cultural roots of
education fever, the very high levels of parental investment in education in South Korea –and
similarly high levels of parental investment in education have been noted in other East Asian
economies (BBC, 2013; Economist, 2013). Such differences in parental investment across coun-
tries may be a factor behind the mixed findings in the empirical literature on borrowing con-
straints and growth: Jappelli and Pagano (1994) conclude that borrowing constraints promote
growth, whereas De Gregorio (1996) reaches the opposite conclusion. Our results suggest that,
at certain levels of the intensity of parental transfers, over-investment in physical capital
reduces growth relative to the growth of an otherwise identical but credit-constrained economy.
Our results are also consistent with the observation, highlighted in Coeurdacier et al. (2015),
that savings in emerging Asian markets with high growth rates are higher than savings in
advanced economies with lower growth rates. Thus, the mechanisms we highlight may be a fac-
tor behind cross-country differences in saving and growth that the literature has hitherto had
difficulty explaining.
Our paper is related to a large literature on credit market development and economic
growth. Galor and Zeira (1993) show that the combination of credit market imperfections and
initial wealth differentials can drive persistent differences in economic development through
the impact on human capital accumulation. Much of the literature has focused specifically on
borrowing constraints and growth. Using an endogenous growth model, Jappelli and Pagano
(1994) show that borrowing constraints can raise economic growth owing to higher accumula-
tion of physical capital that drives productivity growth. This result depends on the absence of
human capital investment. If there are borrowing constraints which hinder investment in
HATCHER AND POURPOURIDES 293
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