Cgap small-and-medium-enterprises-jan-2011

Policy Research Working Paper 5538
Small and Medium Enterprises
A Cross-Country Analysis with a New Data Set
Oya Pinar Ardic
Nataliya Mylenko
Valentina Saltane
The World Bank
Financial and Private Sector Development
Consultative Group to Assist the Poor
January 2011
WPS5538
Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized

Policy Research Working Paper 5538
In the aftermath of the global financial crisis of
2008–2009, there has been an increased interest in the
role of small and medium enterprises in job creation
and economic growth. However the lack of consistent
indicators at the country level restricts extensive cross-country
analyses of lending to small and medium
enterprises. This paper introduces a new dataset to fill this
gap in the small and medium enterprise data landscape.
In addition, it provides the first set of results of analyses
with this new dataset, predicting the global small and
medium enterprise lending volume to be $10 trillion.
The bulk of this volume, 70 percent, is in high-income
countries. On average, small and medium enterprise
loans constitute 13 percent of gross domestic product
in developed countries and 3 percent in developing
countries. Note that although a unique small and
medium enterprise definition does not exist, differences
in definitions across countries are not statistically
significant in explaining the differences in small and
medium enterprise lending volumes.
This paper is a product of the Financial Access Team in Consultative Group to Assist the Poor, Financial and Private Sector
Development. It is part of a larger effort by the World Bank to provide open access to its research and make a contribution
to development policy discussions around the world. Policy Research Working Papers are also posted on the Web at http://
econ.worldbank.org. The author may be contacted at nmylenko@worldbank.org.
Produced by the Research Support Team
Abstract
The Policy Research Working Paper Series disseminates the findings of work in progress to encourage the exchange of ideas about development
issues. An objective of the series is to get the findings out quickly, even if the presentations are less than fully polished. The papers carry the
names of the authors and should be cited accordingly. The findings, interpretations, and conclusions expressed in this paper are entirely those
of the authors. They do not necessarily represent the views of the International Bank for Reconstruction and Development/World Bank and
its affiliated organizations, or those of the Executive Directors of the World Bank or the governments they represent.

Small and Medium Enterprises:
A Cross-Country Analysis with a New Data Set*
Oya Pinar Ardic Nataliya Mylenko Valentina Saltane
Keywords: Small and Medium Enterprises (SMEs); Financial access; Credit constraints;
Regulation
JEL Classification: G21, G28, O16
* The World Bank / CGAP. We are grateful to Maximilien Heimann, Joyce Antone Ibrahim, and Kristine Cronin for
research assistance. This paper’s findings, interpretations, and conclusions are entirely those of the authors and do
not necessarily represent the views of CGAP, CGAP’s Council of Governors or Executive Committee, the World
Bank, its Board of Executive Directors, or the countries they represent. Data available at:
http://www.cgap.org/financialindicators

1. Introduction
Recent studies show that SME development is closely linked with growth. For example, Beck et
al. (2005a) find a robust, positive relationship between the relative size of the SME sector and
economic growth, even when controlling for other growth determinants. According to Ayyagari
et al. (2007), in high-income countries formal SMEs contribute to 50 percent of GDP on average.
Furthermore, in many economies the majority of jobs are provided by SMEs. In OECD
countries, for example, SMEs with less than 250 employees employ two-thirds of the formal
work force (Beck et al., 2008b; Dietrich, 2010). Using country-level data, Ayyagari et al.
estimate that, on average, SMEs account for close to 60 percent of employment in the
manufacturing sector. According to SME Performance Review (EC, 2009), between 2002 and
2008, the number of jobs in SMEs increased at an average annual rate of 1.9 percent while the
number of jobs in large enterprises increased by only 0.8 percent. In absolute numbers, 9.4
million jobs were created in the SME sector in EU-27 between 2002 and 2008. Also, it is often
argued that SMEs are more innovative than larger firms. In developed countries, SMEs
commonly follow “niche strategies,” using high product quality, flexibility, and responsiveness
to customer needs as a means of competing with large-scale mass producers (see, for example,
Hallberg, 2000, and Snodgrass and Biggs, 1996).
As the world economies are recovering from the financial crisis of 2008-9, many economies
urgently need to create employment opportunities for their citizens. In this respect, creation and
growth of SMEs is an important item on the policy agenda due to evidence that points to
significant contributions by SMEs to employment. In addition, regulatory measures are
necessary to ease access to formal financial services by SMEs. Historically, SMEs have been
more likely than larger firms to be denied new loans during a financial crisis. For example,
Hallberg (2000) argues that the events of the 1990s in Latin America and East Asia confirm this
proposition. More recently, in the aftermath of the global financial crisis, SME Performance
Review (EC, 2009) reports anecdotal evidence pointing to insufficient market demand as the
prime obstacle faced by SMEs, followed by difficulties in accessing finance.
Given the importance of SMEs in supporting sustainable, diversified, long-term economic
growth, they have, indeed, attracted renewed attention in the wake of the 2008-9 financial crisis.
2

Recently, at the Pittsburgh G-20 summit, the G-20 has committed to identifying lessons learned
from the innovative approaches to the provision of financial services to SMEs and to promoting
successful regulatory and policy approaches.1 SME development is high on the reform agenda of
many governments. A broad range of policies and programs target improvements in SME
business environments, as well as financial support to SMEs.
Despite the importance of SMEs for job creation and production, most of the SME literature
points to the fact that small and medium firms face higher barriers to external financing than
large firms, which limits their growth and development.2 Numerous studies that use firm-level
survey data demonstrate that access to finance and the cost of credit do not only pose barriers to
SME financing, but also constrain SMEs more than large firms. Small firms find it difficult to
obtain commercial bank financing, especially long-term loans, for a number of reasons,
including lack of collateral, difficulties in proving creditworthiness, small cash flows, inadequate
credit history, high risk premiums, underdeveloped bank-borrower relationships and high
transaction costs (IFC, 2009). This is evidenced in the works of Scholtens (1999), Schiffer and
Weder (2001), Galindo and Schiantarelli (2003), IADB (2004), Beck et al. (2006), and Beck and
Demirgüç-Kunt (2006).3 In particular, Beck et al. (2008a) conclude that smaller firms and firms
in countries with underdeveloped financial and legal systems use less external finance, based on
data from a firm-level survey in 48 countries.4
A broad range of business environment factors are linked to SME performance. For example,
Ayyagari et al. (2007) find that lower costs of entry and better credit information sharing are
associated with a larger size of the SME sector, while higher exit costs are associated with a
larger informal economy. The overall banking structure is another important factor. Shen et al.
1 See the Pittsburgh G-20 Summit “Leaders’ Statement” at http://www.pittsburghsummit.gov.
2 Enterprise Analysis survey data at http://www.enterprisesurveys.org/; IFC (2009); Beck et al (2008b).
3 For earlier research, see Hartwell (1947) who reports a negative correlation between loan size and interest rates,
and Murphy (1983) who argues that small loans to small firms are more costly for the lenders.
4 Studies that focus on a specific country report similar results. Stephanou and Rodriguez (2008) find that access to
credit is one of the biggest constraints for SMEs in Colombia; Binks and Ennew (1997) find that the main
constraints to growth of SMEs in the UK include management, labor skills, regulation and lack of access to finance;
Hutchinson (2006) compares the cases of a leading transition country, Slovenia and an established market economy,
Belgium, and finds that the SME sector in Slovenia remains underdeveloped, mainly due to the inability to raise
external finance. Studies by Anderson and Kegels (1997), Budina et al. (2000), Gros and Suhrcke (2000), Konings
et al. (2003) all indicate that this appears to be the case in most of Central and Eastern Europe.
3

(2009), using Chinese data, find that total bank assets are not significant for banks’ decision to
lend to SMEs. Yet, more local lending authority, more competition, carefully designed incentive
schemes, and stronger law enforcement encourage commercial banks to lend to SMEs.
Macroeconomic instability in developing countries and competition in developed countries are
perceived as the biggest obstacles to SME finance. Rocha et al. (2010) provide supportive
evidence from banks in Middle East and North Africa, noting lack of SME transparency and
underdeveloped financial systems as the main obstacles.5,6 At the same time, a recent study by
Beck et al. (2008b) indicates that most commercial banks perceive the SME sector as profitable.
The lack of consistent indicators restricts extensive cross-country analyses of SME lending. Most
countries either do not collect data on SME lending or do so on an ad hoc basis. Even when SME
data are available, it is extremely difficult to perform a cross-country analysis in the absence of a
standard definition as to what constitutes an SME. Though SMEs are commonly defined as
registered businesses with less than 250 employees (IFC, 2009), the definition still varies from
country to country and even from bank to bank. In this respect, an OECD conference on SMEs in
2004 made two key policy recommendations to both member and non-member economies: (i)
develop greater international comparability of SME statistics, and (ii) develop a common
definition of an SME.7 Without reliable SME data, it is difficult for policy makers to implement
programs aimed at expanding and strengthening the SME sector.
5 One strand of the literature on SME financing indicates that SMEs pay higher interest rates on formal bank credit.
For example, Cressy and Toivanen (2001) find that collateral provisions and loan size reduce the interest rate paid
and that better borrowers get larger loans and lower interest rates. Hernandez-Canovas and Martinez-Solano (2007),
using firm-level data from Spain, argue that close relationships with financial institutions may generate advantages
such as improved conditions of financing and increased credit availability. Furthermore, Dietrich (2010) argues that
the lack of negotiating power of small enterprises has significant explanatory power in explaining differences in
lending rates between small and large enterprises.
6 There is still an ongoing debate regarding bank size and/or ownership and SME lending. Until recently, a large
strand of literature argued that small banks are more likely to finance SMEs as they are better suited to engage in
“relationship lending,” (see Keeton, 1995; Berger and Udell, 1995; and Strahan and Weston, 1996). The strength of
bank-borrower relationship is argued to be positively related to various credit terms (Blackwell and Winters, 1997;
Harhoff and Korting, 1998; Degryse and Van Cayseele, 2000; Bodenhorn, 2003; Peltoniemi, 2007). However, some
recent studies, including Berger and Udell (2006), Berger et al. (2007), de la Torre et al. (2010) and Beck et al.
(2008b), have disputed this conviction by arguing that large banks, relative to other institutions, can have a
comparative advantage in financing SMEs through arms-length lending technologies, such as asset-based lending,
factoring, leasing, fixed-asset lending and credit scoring, as opposed to relationship lending.
7 Second OECD Conference of Ministers Responsible for Small and Medium-Sized Enterprises (SMEs), Istanbul,
2004.
4

This paper introduces a new cross-country data set collected through a survey of regulators at the
country level, and expands on the existing literature to analyze access to finance by SMEs. The
paper draws on the report and database of Financial Access 2010 (CGAP and WBG, 2010), the
second in a series of annual reports by CGAP and the World Bank Group (WBG) on the
financial inclusion agenda based on survey data collected from financial regulators around the
world. More specifically, this new data set collects information on the level of lending to SMEs,
the definition of SMEs, and country-level initiatives through which lending to SMEs is
monitored. It is also the first attempt at collecting global comparable SME statistics.
This new database collects data from financial regulators, mostly central banks and bank
superintendents, around the world. Although regulators collect a wide array of portfolio data
from regulated financial institutions, SME lending data are not necessarily among the regularly
collected statistics, and some parts of SME lending are done through unregulated institutions.
Nevertheless, according to Financial Access 2010, the experience of some countries shows that
collection of data on lending to SMEs is possible on a monthly basis with a clear SME definition
and sound reporting requirements.
The analysis of the new data indicates two main findings. First, many regulators collect data on
SME financing; however, there is no unique definition of an SME. At the same time, the results
indicate that differences in definitions across countries are not statistically significant in
explaining the differences in SME lending volumes. Second, given this, the paper goes on to
estimate the global SME lending volume at $10 trillion, roughly two-thirds of the current size of
the US economy. The bulk of this volume, 70 percent, is in high-income OECD countries. On
average, SME loans constitute 13 percent of GDP in developed countries and 3 percent in
developing countries.
The rest of the paper is organized as follows. Section 2 introduces the dataset. Econometric
analyses are reported in section 3, and predictions of global SME lending volume are discussed
in section 4. Section 5 concludes.
5

2. Data
A new and unique data set on SME financing volumes across the world is collected through the
Financial Access 2010 survey in January-April of 2010 by CGAP/World Bank Group.8 The
survey annually collects data from the main financial regulators such as central banks or bank
supervisory agencies in 140+ countries. One of the objectives of the 2010 survey was to identify
the feasibility of collecting consistent cross-country data on SMEs from financial regulators. To
achieve this objective, the survey asked about existing institutional arrangements for collecting
SME data and about SME definitions used by the authorities. It also requested the most recent
statistics on the volume and number of SME loans, as well as the number of SMEs with
outstanding loans. The data collected is as of the end of 2009.
As is the case with most data collection endeavors, the survey methodology has some limitations.
First, the survey collects information only on regulated financial institutions, leaving out non-regulated
providers of financial services. This practice is likely to understate the scale of SME
financing, as lending to SMEs is often done by non-regulated credit providers. Second, even
though the main financial regulator was asked to provide data on all regulated financial
institutions, in cases where some financial institutions are regulated by secondary regulators, the
data are rarely available. As a result, the data understate the true scale of overall SME lending.
The survey asks regulators if they monitor the level of lending to SMEs by regulated financial
institutions through regular or irregular reporting, through periodic surveys of financial
institutions, through collecting estimates from credit registries and/or by using any other method.
In addition, in the cases where a different institution than the financial regulator is responsible
for monitoring SME lending, regulators were asked to identify this institution.
Out of 74 countries that reported that they collect data on SME finance, nearly 80 percent – 59
countries – stated they collected information on a regular basis. Financial regulators in middle
and low-income countries are more likely to require regular reporting of SME statistics. Out of
8 The complete Financial Access database is available online at http://www.cgap.org/financialindicators.
6

the 59 countries that collect SME lending data on a regular basis, 86 percent are low and middle-income
countries. Table 1 provides detailed information from the survey.
In a number of countries where data are not collected through regular reporting, they are
collected through surveys of financial institutions or by estimating lending volume in credit
registries. Credit registries contain loan level data and allow estimation of a variety of SME
statistics using loan size as a proxy for an SME definition. In 13 countries, including Argentina,
Tunisia and Brazil, regulators use public credit registries to estimate the volume of SME lending.
In 23 countries regulators conduct periodic surveys of financial institutions to monitor SME
lending. The frequency of surveys varies across countries. For example, Estonia, Singapore and
Armenia conduct such surveys annually, Algeria and Tunisia monthly, while Uganda does it on
an ad hoc basis. Financial institution surveys can be an important tool for a regulator to collect
information not only on SME lending volumes, but on other aspects of SME finance such as fees
and number of applications received and rejected, all of which are essential for the
implementation of SME finance reforms and programs. In 10 countries, 8 of which are in the
Western African Monetary Union, regulators combine information from the credit registries and
periodic surveys from financial institutions.
There is a clear regional pattern in reporting SME data. More than half of the countries in Asia
and Africa report that they collect information on SME finance on a regular basis. These are also
regions where regulators tend to identify access to finance as a priority. Financial regulators in
high-income countries and in Latin America and the Caribbean are the least likely to collect data
on SME finance, as some other agency is usually assigned this task. Most importantly, the survey
was able to collect data on the volume of SME financing from 50 countries, which enables us to
assess cross-country variation in the levels of SME financing.
2.1 SME definitions
One of the main challenges in performing a cross-country analysis of SME data is the absence of
a universal definition of what constitutes an SME. A number of efforts aim to streamline and
harmonize SME definitions (OECD, 2004), although the heterogeneity of SMEs themselves and
the nature of the economy they operate in might mean that establishing a global definition is not
7

feasible. We discuss the existing definitions of SMEs below and explore to what extent the
difference in definitions is associated with observed variation in the level of SME financing. In
addition, we supplement the information on SME definitions available from the Financial Access
2010 survey with the information available from public sources.9
The most common definitions used by regulators are based on the number of employees, sales
and/or loan size. The most common among the three is the number-of-employees criterion.
Sixty-eight countries provided information on the SME definition criteria used by the financial
regulator. Fifty of them use the number-of-employees criterion, and 29 out of these 50 also use
the other two criteria. A total of 41 regulators use maximum sales value criteria and 15 use
maximum loan value criteria to define an SME (Table 2).
Number of employees and sale volumes are probably the most accurate parameters to define
SME, but these data are not always available from lenders. Banks may collect this information
at the time of evaluating loan applications, but often do not keep it in their systems and as a
result they are not able to report lending volumes based on these criteria. As a result, some
countries choose to rely on loan size as a proxy when collecting information on SME finance
from financial institutions. Extracting information on loans to firms below a certain size and
loans to individual entrepreneurs can be a reasonable approximation for SME lending volume.
In Financial Access 2010 only 15 countries stated that they use loan size as a proxy for defining
an SME. Similar to the definitions based on the number of employees and sales, there is a
substantial amount of variation among countries.
Data availability and quality for SME lending depend on the way financial institutions and credit
registries handle firm level data from loan applications, as they are the primary data collectors.
Financial regulators collect these data from institutions and aggregate them. In this respect, there
seems to be a need to harmonize SME definitions within each country even though such a task
might be unfeasible across countries. In the long run, encouraging financial institutions to collect
and maintain information on the number of employees and sale volumes in their systems will
9 Additional data were used from the following sources: UNDP country studies, MSME Country Indicators
(WBG/IFC), and central bank websites.
8

allow for more accurate monitoring of SME lending in line with the existing official definition.
These data may also be useful to banks themselves for client segmentation and development of
SME scoring models. In the short run, collecting data using loan size criteria as a proxy may
serve as a reasonable proxy of SME volumes for regulators.
2.2 Values and numbers of outstanding loans
In the Financial Access 2010 sample, 50 out of 142 regulators were able to provide data on the
total value of outstanding loans to SMEs. Out of these, 30 are middle-income and 14 are high-income
countries (Table 3). Among low-income countries, only Afghanistan, Bangladesh,
Liberia, Pakistan, Tajikistan and Uzbekistan were able to provide these data points. The ratio of
SME lending to GDP ranges from less than 1 percent in Tajikistan to more than 50 percent in the
Netherlands and Portugal. The median ratio of SME credit to GDP is 6.4 percent, and in 75
percent of the economies in the sample, it is below 15 percent. The value of outstanding loans to
SMEs as a percentage of total loans also shows a high degree of variation reflecting the structure
of the local financial market. Overall, high-income countries tend to have higher ratios of SME
finance volume to GDP and total loans, suggesting a more developed SME finance market
compared with developing countries.
It is less common for regulators to collect data on total numbers of outstanding loans to SMEs
than on total values of outstanding loans to SMEs. Only 26 countries provided data on the
number of outstanding loans to SMEs, 9 of which are in Latin America. All the 26 countries that
provided data on the total number of outstanding loans to SMEs also provided data on the total
value of outstanding loans to SMEs.
Only 16 countries provided data on the number of SMEs with outstanding loans, out of which
four are high-income countries, eight middle-income countries, and four low-income countries.
All of these countries also provided data on values of outstanding loans to SMEs, and 11 of them
provided data on total number of outstanding loans to SMEs.
9

3. Cross-country covariates of SME financing
This section discusses macroeconomic and institutional factors that affect lending to SMEs using
cross-country data from the Financial Access database introduced above, and common indicators
of growth and development. We use the standard cross-country regression framework, which has
both advantages and disadvantages. This framework is useful for obtaining a global picture of
SME lending volumes, and for informing the policy debate from a global perspective. However,
it is not necessarily the best tool to derive country-specific policy implications, as it does not
consider within-country variations in SME lending.
To what extent is cross-country variation in the volume of SME financing driven by differences
in the definition? This is an important first question before starting more detailed analyses of the
data, since SME definitions vary greatly across countries, as evidenced in Section 2.1 above.
This variation in SME definitions might in fact cause differences in levels of SME financing
across countries rather than indicators of economic growth and development.
Estimation results are presented in Table 4 and show no consistent and robust correlations
between the levels of SME finance and definition criteria. We do not find statistically significant
correlations between the value of SME financing and the maximum number of employees used
as a criterion to define SME.10 In a smaller sample the maximum sales volume criteria is
positively correlated with the ratio of SME loans to GDP but not with the share of SME loans in
total commercial bank loans. Moreover, the correlation between the ratio of SME loans to GDP
and sales volume is not statistically significant once we control for income per capita.
These results provide a certain level of comfort and allow us to proceed in analyzing SME
finance data using national definitions. Even though the definition introduces a substantial
degree of heterogeneity in the data, it does not appear to influence the volume of SME financing
reported by countries in a manner that would prevent cross-country comparison.
10 All regressions exclude countries where the higher cutoff for the definition of SMEs as defined by number of
employees is 1,000 employees or more. In our sample, only South Korea and China fall into this category.
10

A number of macroeconomic and institutional factors are associated with greater levels of SME
financing. Table 5 presents pairwise correlations of the ratio of SME loans to GDP and a
number of macroeconomic and institutional factors.11 Consistent with earlier research on SME
and enterprise financing, we find a positive correlation between the overall level of economic
development measured by income per capita and financial development measured by the ratio of
private credit to GDP with the level of SME financing. Legal frameworks and the overall
business environment are also important factors affecting the level of SME financing. For
example, the ability to open and close a business is found to be an important factor associated
with growth. Using information from the Doing Business database, we find a negative
correlation between the number of days it takes to start and close a business and the value of
SME financing.
In addition, we consider a number of parameters describing financial institutions operating in a
country. We do not find a statistically significant correlation between the share of foreign- or
state-owned banks and levels of SME financing, which is consistent with bank level evidence in
Beck et al. (2008b). Unlike firm level analysis in Beck et al. (2005b), we do not find a
statistically significant level of correlation between the level of bank concentration and the ratio
of SME financing to GDP. However, broader retail outlet networks measured by the number of
bank branches per 100,000 adults from the Financial Access database are associated with more
SME financing. Countries where banks have less efficient structures measured by a higher ratio
of overhead costs to total assets, higher interest rate margin and a greater cost to income ratio,
tend to have lower levels of SME financing.
Even after controlling for the overall development using income per capita as a proxy, we find
that the framework for starting businesses and the overall level of development of the financial
market are significantly correlated with the levels of SME financing (Table 6). We also find that
parameters characterizing efficiency of the banking system, including cost ratios and net interest
margins, have statistically significant negative coefficients, even after controlling for the overall
level of development.
11 We have also conducted analysis using the share of SME loans in total loans but did not find significant
correlations with various macroeconomic and business environment factors, except for a negative correlation
between the share of SME loans in total loans and an offshore financial sector dummy.
11

4. Estimating global SME lending volume
Based on data availability and the predictive power of the various factors analyzed above, we use
a specification in which the overall private credit to GDP ratio, number of days to start a business
and a control for offshore financial centers are explanatory variables for the regression to
estimate the SME loan volume to GDP ratio. Intuitively, these variables allow us to control for
the following effects: (i) the ratio of the private credit to GDP captures the overall level of
financial development by proxying for all relevant business environment and macroeconomic
factors affecting extension of credit in a country, (ii) the number of days to start a business
captures the idea that in those countries where it is easy to start a business, there are more formal
SMEs to finance and higher levels of SME lending, and (iii) the offshore financial center dummy
captures the idea that such countries might have high levels of credit as a percentage of GDP but
low levels of SME financing.
Estimating this model with 45 observations yields an R2 of 0.51 and coefficient estimates as
follows:
12
ln
ܵܯܧ ݈݋ܽ݊ݏ
ܩܦܲ
ൌ െ5.27
ሺ0.87ሻ
൅ 0.90
ሺ0.18ሻ
ln
ܦ݋݉. ܿݎ݁݀݅ݐ
ܩܦܲ
െ1.18
ሺ0.68ሻ
ܱ݂݂ݏ݄݋ݎ݁ െ0.38
ሺ0.15ሻ
ln ݀ܽݕݏ_ݏݐܽݎݐ_ܾݑݏ
These findings support earlier evidence on the importance of reforming business registration and
other regulations affecting firm entry (World Bank, 2004). The longer it takes to start a business;
the lower the ratio of SME loans to GDP. More developed financial markets, measured by the
extent of domestic credit, imply higher levels of SME lending, and offshore financial centers
have lower levels of SME lending.
Based on these estimates, the global volume of SME lending is predicted as roughly $10 trillion
in 2009 (Table 7).12 The bulk of SME lending volume—70 percent—is concentrated in high
income countries. The second largest market for SME loans is East Asia and Pacific, which
12 Using a logarithmic specification for the dependent variable in the regression framework creates a retransform
bias in the prediction exercise due to Jensen’s inequality. We use the method by Duan (1983) to correct for the bias.

accounts for a quarter of the total SME lending volume. However, 90 percent of this amount is in
China where the SME definition is broad and SMEs can employ up to 1,500 people. Excluding
China, the total SME lending volume in East Asia and Pacific is comparable to Eastern Europe
and Central Asia or about 3 percent of the total. Sub-Saharan Africa, Middle East and North
Africa, and South Asia together account for only 1.7 percent of the total SME volume.
5. Conclusion
Expanding access to financial services by SMEs is a critical objective of the financial inclusion
agenda. The G-20 has started focusing on financial inclusion in the global policy agenda since
2009 and has identified financial inclusion as a key driver of economic growth, reduced
economic vulnerability for individual households, poverty alleviation, and improved quality of
life for people around the world. SME access to finance is a fundamental component of this
agenda. As part of the global efforts to collect data on SME financing, the Financial Access
survey by CGAP/WBG initiated data collection on SME access to finance as a first attempt to
identify the feasibility of collecting consistent cross-country data on SMEs from financial
regulators.
This paper presents the data set resulting from this initiative, as well as a first analysis of the
data. The data set is a first attempt to form a consistent cross-country database on SME access to
finance. The main message emerging from the new data is that what constitutes an SME is quite
different in different parts of the world. Nevertheless, these differences in SME definitions do
not drive the variation in SME lending around the world. Income per capita, private credit to
GDP, the legal and business environment, and the efficiency of the banking system are among
the factors that influence SME lending.
Based on this data set, the total volume of SME loans around the world is predicted as roughly
$10 trillion in 2009. The bulk of SME lending volume—70 percent—is concentrated in high-income
countries. The median ratio of SME loans to GDP in high-income countries is 13
percent, compared with only 3 percent in developing countries.
13

The main caveats and directions for improvement are as follows. First, the data are collected
through a survey of regulators, and thus data availability and quality are based on the data
collection processes of the regulators. Although SME financing data are generally not among the
standard data collected by regulators, many regulators were able to provide the data. However,
this indicates a potential avenue for improvement. As regulators improve their processes for
collecting data, harmonizing the SME definition is crucial. Although financial institutions likely
have information on the size of firms in terms of number of employees and/or sales volume at
the time of loan application, they may not keep this information in their records. Thus, the only
way for them to report on SME lending is based on the size of the loans. Unfortunately, in most
cases, there is no unified definition of an SME, even within one country, due to this multiplicity
of criteria.
Second, the data on SME lending are only based on those collected through regulated financial
institutions, and in most cases, through commercial banks only. This severely underestimates
SME lending volume, as one would expect that a sizeable amount of SME financing is done
through unregulated and informal institutions. In some cases, even consumer loans could end up
being used for commercial purposes. By going through secondary regulators, financial
institutions, and firms themselves, the current data initiative could be strengthened.
14

15
References:
Anderson, Ronald and Chantal Kegels (1997). ‘Finance and Investment in Transition: Czech
Enterprises, 1993–1994’, IRES-Institut de Recherches, Department of Economics,
Université Catholique de Louvain, Discussion Paper 9715, Louvain-la-Neuve.
Ayyagari, Meghana, Thorsten Beck, and Aslı Demirgüç-Kunt (2007). “Small and Medium
Enterprises Across the Globe,” Small Business Economics 29: 415-434.
Beck, Thorsten, and Aslı Demirgüç-Kunt (2006). “Small and Medium-Size Enterprises: Access
to Finance as a Growth Constraint,” Journal of Banking & Finance 30: 2931-2943
Beck, Thorsten, Aslı Demirgüç-Kunt, and Ross Levine (2005a). “SMEs, Growth, and Poverty:
Cross-Country Evidence,” Journal of Economic Growth 10: 199-229.
Beck, Thorsten, Aslı Demirgüç-Kunt, Luc Laeven, and Vojislav Maksimovic (2006). “The
Determinants of Financing Obstacles,” Journal of International Money and Finance
25(6): 932-952.
Beck, Thorsten, Aslı Demirgüç-Kunt, and Vojislav Maksimovic (2005b). “Financial and Legal
Constraints to Firm Growth: Does Firm Size Matter?” Journal of Finance 60: 137–7.
Beck, Thorsten, Aslı Demirgüç-Kunt, and Vojislav Maksimovic (2008a). “Financing Patterns
Around the World: Are Small Firms Different?” Journal of Financial Economics 89:
467-487.
Beck, Thorsten, Aslı Demirgüç-Kunt, and Maria Soledad Martinez Peria (2008b). “Bank
Financing for SMEs Around the World: Drivers, Obstacles, Business Models, and
Lending Practices,” Policy Research Working Paper 4785. World Bank, Washington,
DC.
Berger, Allan. N., Richard J. Rosen and Gregory. F. Udell (2007). “Does Market Size Structure
Affect Competition? The Case of Small Business Lending,” Journal of Banking and
Finance 31: 11-33.
Berger, Allan, and Gregory F. Udell (1995). “Relationship Lending and Lines of Credit in Small
Firm Finance,” Journal of Business 68: 351-381.
Berger, Allen, and Gregory Udell (2006). “A More Complete Conceptual Framework for SME
Finance,” Journal of Banking and Finance 30: 2945-2966.
Binks, Martin, and Christine Ennew (1997). “The Relationship between UK Banks and their
Small Business Customers,” Small Business Economics 9: 167-178.
Blackwell, David W. and Drew B. Winters (1997). “Banking relationships and the effect of
monitoring on loan pricing,” Journal of Financial Research 20: 275–289.

Bodenhorn, Howard (2003). “Short-term loans and long-term relationships: relationship lending
in Early America,” Journal of Money, Credit and Banking 35: 485–505.
Budina, Nina, Harry Garretsen, and Eelke de Jong (2000). “Liquidity Constraints and Investment
in Transition Economies: The Case of Bulgaria,” Economics of Transition 8: 453–475.
Cressy, Robert and Otto Toivanen (2001). “Is there adverse selection in the credit market?”
16
Venture Capital 3: 215–238.
CGAP (Consultative Group to Assist the Poor) and WBG (The World Bank Group) (2010).
Financial Access 2010: The State of Financial Inclusion Through the Crisis, Washington,
DC: CGAP and the World Bank Group.
de la Torre, Augusto, Maria Soledad Martinez Peria, and Sergio Schmukler (2010). “Bank
Involvement with SMEs: Beyond Relationship Lending,” Journal of Banking and
Finance 34: 2280-2293.
Degryse, Hans and Patrick Van Cayseele (2000). “Relationship lending within a bank-based
system: evidence from European small business data,” Journal of Financial
Intermediation 9: 90–109.
Dietrich, Andreas (2010). “Explaining Loan Rate Differentials Between Small and Large
Companies: Evidence from Switzerland,” Small Business Economics, Forthcoming.
Duan, Naihua (1983). “Smearing estimate: A non-parametric retransformation method,” Journal
of the American Statistical Association 78(383): 605-610.
EC (European Commission) (2009). European SMEs Under Pressure: Annual Report on EU
Small and Medium-Sized Enterprises 2009, Brussels, Belgium: European Commission.
Galindo, Arturo and Fabio Schiantarelli (2003). “Credit Constraints and Investment in Latin
America,” RES Working Papers 4305, Inter-American Development Bank, Washington
D.C.
Gros, Daniel and Marc Suhrcke (2000). ‘Ten Years After: What is Special About Transition
Countries?’ European Bank Working Paper N. 56.
Hallberg, Kristin. 2000. “A Market-Oriented Strategy for Small and Medium-Scale Enterprises,”
Discussion Paper 40, International Finance Corporation.
Harhoff, Dietmar, and Timm Korting (1998). “Lending relationships in Germany - Empirical
evidence from survey data,” Journal of Banking and Finance 22: 1317–1353.
Hartwell, John M. (1947). “Interest rates by loan size and geographical region,” Journal of the
American Statistical Association 42: 242–245.

Hernandez-Canovas, Gines, and Pedro Martinez-Solano (2007). “Effect of the Number of
Banking Relationships on Credit Availability: Evidence from Panel Data of Spanish
Small Firms,” Small Business Economics 28: 37-53.
Hutchinson, John (2006). “Comparing the Impact of Credit Constraints on the Growth of SMEs
in a Transition Country with an Established Market Economy,” Small Business
Economics 27: 169-179.
IADB (Inter-American Development Bank) (2004). Unlocking Credit: The Quest for Deep and
Stable Lending, Baltimore, MD: Johns Hopkins University Press.
IFC (International Finance Corporation) (2009). “The SME Banking Knowledge Guide,” The
17
World Bank Group, Washington D.C.
Keeton, William R. (1995). “Multi-Office Bank Lending to Small Businesses: Some New
Evidence,” Federal Reserve Bank of Kansas City Economic Review 80: 45-57.
Konings, Jozef, Marian Rizov, and Hylke Vandenbussche (2003). “Investment and Credit
Constraints in Transition Economies: Micro Evidence from Poland, the Czech Republic,
Bulgaria and Romania,” Economics Letters 78: 253–258.
Murphy, Neil B. (1983). “Loan rates, operating costs and size of loan: The evidence from cross-section
data,” In P. Horvitz & R. Pettit (Eds.), Small Business, Connecticut: JAI Press,
pp. 51–62.
OECD (Organisation for Economic Co-operation and Development) (2004). Promoting
Entrepreneurship and Innovative SMEs in a Global Economy: Towards a More
Responsible and Inclusive Globalisation, Second OECD Conference of Ministers
Responsible for Small and Medium-Sized Enterprises (SMEs), Executive Summary of
the Background Papers, Paris, France: OECD.
Peltoniemi, Janne (2007). “The benefits of relationship banking: Evidence from small business
financing in Finland,” Journal of Financial Services Research 31: 153–171.
Rocha, Roberto, Subika Farazi, Rania Khouri, and Douglas Pearce (2010). “The Status of Bank
Lending to SMEs in the Middle and North Africa Region: The Results of a Joint Survey
of the Union of Arab Banks and the World Bank,” Mimeo, the World Bank, Washington,
D.C., and the Union of Arab Banks, Beirut.
Schiffer, Mirijam, and Beatrice Weder (2001). “Firm Size and the Business Environment:
Worldwide Survey Results,” Discussion Paper 43, International Finance Corporation,
Washington, DC.
Scholtens, Bert (1999). “Analytical Issues in External Financing Alternatives for SMEs,” Small
Business Economics 12: 137-148.

Shen, Yan, Minggao Shen, Zhong Xu, and Ying Bai (2009). “Bank Size and Small- and
Medium-sized Enterprise (SME) Lending: Evidence from China,” World Development
37: 800-811.
Snodgrass, Donald, and Tyler Biggs (1996). Industrialization and the Small Firm: Patterns and
Policies. San Francisco: International Center for Economic Growth.
Stephanou, Constantinos, and Camila Rodriguez (2008). “Bank Financing to Small and Medium-
Sized Enterprises (SMEs) in Colombia,” Policy Research Working Paper 4481. World
Bank, Washington, DC.
Strahan, Philip E. and James Weston (1996). “Small Business Lending and Bank Consolidation:
Is There Cause for Concern?” Current Issues in Economics and Finance, 2:1-6.
World Bank (2004). Doing Business in 2004: Understanding Regulations, Washington, DC:
18
World Bank.

19
Table 1 – Monitoring SME lending
Country
Regulator monitors SME lending
Country
Yes,
regularly
Yes,
irregularly No
No, but
another
agency does
Yes,
regularly
Yes,
irregularly No No, but another
agency does
Afghanistan + Ecuador +
Albania + + El Salvador +
Algeria + Estonia +
Anguilla + Ethiopia +
Antigua and Barbuda + Finland +
Argentina + France +
Armenia + Gambia +
Australia + Georgia +
Austria + Germany +
Azerbaijan + + Ghana +
Bangladesh + Greece +
Belarus + Grenada +
Belgium + + Guatemala +
Benin + Guinea Bissau +
Bosnia and Herzegovina + Honduras + +
Botswana + + Hungary +
Brazil + India +
Bulgaria + Indonesia + +
Burkina Faso + Iran +
Cambodia + Israel +
Canada + Italy +
Cape Verde + Jamaica +
Chile + + Japan +
Colombia + + Jordan +
Costa Rica + + Kazakhstan +
Cote d'Ivoire + Kenya +
Croatia + Korea +
Czech Republic + Latvia +
Denmark + Lebanon + +
Dominica + Liberia +
Dominican Republic + + Lithuania + +

20
Table 1 – Monitoring SME lending (continued)
Country
Country
Yes,
regularly
Yes,
irregularly No
No, but
another
agency does
Yes,
regularly
Yes,
irregularly No
No, but
another
agency does
Macedonia + Serbia +
Madagascar + Sierra Leone +
Malawi + Singapore +
Malaysia + Slovak Republic +
Mali + Slovenia +
Mauritania + South Africa +
Mauritius + Spain +
Mexico + St. Kitts and Nevis +
Moldova + St. Lucia +
Mongolia + St. Vincent and the
Grenadines
+
Montserrat +
Morocco + Sudan +
Mozambique + Switzerland + +
Namibia + + Syria +
Netherlands + Taiwan + +
New Zealand + Tajikistan +
Nicaragua + + Thailand +
Niger + Togo +
Nigeria + Tunisia +
Norway + Turkey + +
Pakistan + Uganda +
Panama + United Arab Emirates +
Peru + United Kingdom +
Philippines + United States +
Poland + Uruguay +
Portugal + Uzbekistan +
Puerto Rico + Venezuela + +
Russia + Yemen +
Rwanda + Zambia + +
Senegal + Zimbabwe + +

21
Table 2 - SME Definitions
Maximum Number of
Employees
Maximum
Sales
Maximum Loan
Size
Afghanistan 100 995,355
Albania 249 2,632,185
Argentina 23,900,000
Armenia 100
Australia 1,559,833
Azerbaijan 5 124,412 311,029
Bangladesh 150
Botswana 100 698,301
Canada 499 43,700,000 4,374,069
Cape Verde 51 1,889,713
Colombia 200
Costa Rica 540,000
Croatia 250
Dominican Republic 13,879
El Salvador 50 1,000,000
Estonia 50 4,340,278 1,388,889
France 69,400,000
Germany 250 73,500,000
Ghana 30 2,129,472
Greece 250 69,400,000
Guatemala 19,604
Hong Kong SAR, China 100
Hungary 250 69,400,000
Indonesia 4,812,349
Iran, Islamic Rep. 50
Ireland 249
Italy 20
Kazakhstan 250
Korea, Rep. 1,000 117,000,000
Kuwait 868,703
Lao PDR 99 117,426
Latvia 250
Lebanon 5,000,000
Liberia 16 262,500 155,000
Lithuania 249 55,600,000
Madagascar 2,555,968
Malaysia 150 7,093,199
Mexico 250 18,500,000

22
Table 2 – SME definitions (continued)
Maximum Number of
Employees
Maximum
Sales
Maximum Loan
Size
Moldova 249 4,500,622
Mongolia 199 1,043,264
Morocco 6,205,707 124,114
Netherlands 73,500,000
New Zealand 19
Nigeria 250
Oman 99 5,201,561
Pakistan 250
Panama 2,500,000
Peru 9,962
Poland 250
Portugal 249
Russian Federation 250 31,500,000
Serbia, Rep. of 250 13,900,000
Slovenia 250 48,600,000
South Africa 47,200,000 885,094
Spain 250 13,900,000
Sudan 10
Syrian Arab Republic 107,048
Taiwan, China 200 2,420,099
Tajikistan 12,069
Thailand 200
Tunisia 300
Ukraine 50 8,984,449
United Kingdom 250 35,500,000
United States 1,000,000
Uruguay 100 3,323,292
Uzbekistan 100
Zambia 50 49,543
Zimbabwe 20 50,000

23
Table 3 - SME Lending
Total value of outstanding
loans to SMEs (usd)
Total number of
outstanding loans to
SMEs
Total number of
SMEs with
outstanding loans
Afghanistan 239,000,000 1,990 422,352
Albania 1,390,000,000
Argentina 4,210,000,000 761,950 60,000
Armenia 520,000,000
Australia 156,000,000,000
Bangladesh 13,700,000,000 403,181
Belgium 107,000,000,000 325,595 172,706
Botswana 54,100,000
Brazil 60,700,000,000 7,264,216 1,603,346
Cape Verde 10,300,000 242 190
China 2,110,000,000,000
Costa Rica 1,280,000,000 74,863 44,979
Ecuador 1,510,000,000 771,683
El Salvador 1,280,000,000 62,583
Estonia 7,150,000,000 46,228
France 303,000,000,000 499,493 270,475
Georgia 709,000,000 283,767
Guatemala 197,000,000 155,536
Hong Kong SAR, China 1,650,000,000 19,754
Hungary 18,400,000,000 186,452
India 52,900,000,000 4,851,082
Indonesia 3,460,000,000 2,823,027
Iran, Islamic Rep. 22,900,000,000 644,784
Italy 262,000,000,000 915,637
Japan 1,760,000,000,000
Jordan 2,040,000,000
Kazakhstan 8,480,000,000
Korea, Rep. 347,000,000,000
Latvia 14,300,000,000 56,219
Liberia 20,400,000 571 551
Malaysia 34,000,000,000 526,067
Mongolia 336,000,000 45,323 45,323
Morocco 8,970,000,000
Netherlands 463,000,000,000
Pakistan 4,260,000,000 212,387
Panama 750,000,000 5,191
Peru 1,390,000,000 1,896,923 1,334,794
Poland 41,200,000,000 127,100

24
Table 3 - SME Lending (continued)
Total value of outstanding
loans to SMEs (usd)
Total number of
outstanding loans to
SMEs
Total number of
SMEs with
outstanding loans
Portugal 126,000,000,000 671,898 214,002
Russian Federation 84,300,000,000
Singapore 27,200,000,000
South Africa 29,700,000,000
Taiwan, China 97,000,000,000
Tajikistan 18,700,000
Thailand 80,100,000,000 919,098
Turkey 58,600,000,000 1,664,254
United States 700,000,000,000
Uruguay 2,210,000,000 298,591
Uzbekistan 1,230,000,000

25
Table 4 – SME lending volume and SME definition
(1) (2) (3) (4) (5) (6) (7) (8)
Dependent Variable SME loans/GDP SME loans/total loans
Income per capita, log 0.045** 0.031 0.001 -0.018
(0.017) (0.020) (0.016) (0.023)
Maximum number of employees,
log -0.000 0.025 0.027 0.027
(0.022) (0.020) (0.019) (0.017)
Maximum sales volume, log 0.013 0.029** 0.022 0.010
(0.017) (0.014) (0.016) (0.010)
Constant -0.272** -0.353 -0.005 -0.334 0.032 0.046 0.007 0.029
(0.133) (0.223) (0.096) (0.214) (0.136) (0.080) (0.173) (0.169)
N 44 33 46 34 44 46 33 34
Adjusted R2 0.155 0.117 -0.002 0.109 -0.015 0.009 -0.002 -0.006
Robust standard errors in parentheses, *** p<0.01, ** p<0.05, * p<0.1

26
Table 5 – Pairwise correlations
SME credit/GDP
* significant at 5percent
GNI per capital (2007)
GDP growth (2007)
Inflation (2007)
Interest spread (2007)
Lending rate (2007)
real interest rate (2007)
Share of rural population
(2007)
Expected real growth
(2009)
GDP growth (average 2002‐
2007)
Domestic Credit/GDP
growth (avg 2002‐2007)
Domestic credit/ GDP
92007)
Legal rights index (2007)
Credit information index
(2007)
Closing business ‐ days
(2007)
Contract enforcement ‐
procedures (2007)
time (2007)
Starting a business ‐ time
(2007)
Market cpaitalization/
GDP (2007)
Self‐employed % (2007)
SME definition max
number of employees
Fuels and minim/ GDP
(2007)
foreign owned banks,
share of assets
Government owned banks ,
share of assets
Banking concentration
Branches per 100,000
adults
Overhead costs/total
assets (avg, 2002‐2007)
Net interest margin (avg,
2002‐2007)
Bank Cost/Income (avg
2002‐2007)
SME credit/GDP 1.000
GNI per capita (2007) 0.4477* 1.000
GDP growth (2007) ‐0.5858* ‐0.5121* 1.000
Inflation (2007) ‐0.3307* ‐0.4732* 0.3899* 1.000
Interest spread (2007) ‐0.3980* ‐0.3943* 0.174 0.095 1.000
Lending rate (2007) ‐0.3938* ‐0.5276* 0.2965* 0.3211* 0.8630* 1.000
real interest rate (2007) ‐0.180 ‐0.101 0.071 ‐0.2967* 0.7382* 0.6148* 1.000
Share of rural population (2007) ‐0.093 ‐0.7485* 0.3647* 0.3618* 0.184 0.2675* 0.073 1.000
Expected real growth (2009) ‐0.3655* ‐0.4872* 0.5119* 0.2361* 0.050 0.105 0.034 0.3379* 1.000
GDP growth (average 2002‐2007) ‐0.4414* ‐0.2551* 0.6603* 0.5670* ‐0.010 0.191 ‐0.154 0.114 0.1735* 1.000
Dom.Credit/GDP, growth (avg 2002‐2007) ‐0.131 ‐0.137 0.2097* 0.3258* 0.075 0.2100* ‐0.005 0.123 ‐0.038 0.4108* 1.000
Domestic credit/ GDP (2007) 0.6726* 0.7463* ‐0.5310* ‐0.4120* ‐0.3836* ‐0.5499* ‐0.057 ‐0.4703* ‐0.3052* ‐0.3940* ‐0.152 1.000
Legal rights index (2007) 0.152 0.3844* ‐0.2406* ‐0.072 ‐0.2554* ‐0.2759* ‐0.088 ‐0.150 ‐0.2913* ‐0.070 0.046 0.4133* 1.000
Credit information index (2007) 0.182 0.5494* ‐0.2024* ‐0.2667* ‐0.107 ‐0.172 ‐0.047 ‐0.5635* ‐0.2743* ‐0.018 ‐0.137 0.3325* 0.1658* 1.000
Closing business ‐ days (2007) ‐0.3864* ‐0.5864* 0.5184* 0.3009* 0.209 0.3067* 0.027 0.3067* 0.2610* 0.3284* 0.105 ‐0.6066* ‐0.4010* ‐0.2549* 1.000
Contract enforcement ‐ procedures (2007) ‐0.3435* ‐0.4750* 0.3417* 0.1922* 0.2714* 0.199 0.204 0.3811* 0.2747* 0.1941* 0.062 ‐0.4967* ‐0.3396* ‐0.3567* 0.4880* 1.000
Contract enforcement ‐ time (2007) ‐0.159 ‐0.2720* 0.088 ‐0.075 0.165 0.140 0.127 0.1888* 0.2523* ‐0.050 ‐0.104 ‐0.2964* ‐0.2829* ‐0.125 0.2703* 0.3680* 1.000
Starting a business ‐ time (2007) ‐0.3061* ‐0.3956* 0.3048* 0.1758* 0.2200* 0.2146* ‐0.005 0.3198* 0.158 0.141 ‐0.046 ‐0.4188* ‐0.2995* ‐0.2262* 0.4297* 0.3260* 0.2791* 1.000
Market cpaitalization/ GDP (2007) 0.059 0.3836* ‐0.167 ‐0.3795* ‐0.179 ‐0.3489* 0.010 ‐0.3426* 0.165 ‐0.3751* ‐0.5083* 0.4734* 0.100 ‐0.054 ‐0.2564* ‐0.188 0.051 ‐0.062 1.000
Self‐employed % (2007) ‐0.348 ‐0.7127* 0.5374* 0.5578* 0.4921* 0.6282* 0.193 0.3924* 0.4776* 0.5568* 0.021 ‐0.5624* ‐0.4859* ‐0.144 0.4598* 0.4387* 0.2804* 0.3881* ‐0.224 1.000
SME definition max number of employees 0.144 0.3185* ‐0.175 ‐0.4992* 0.107 0.038 0.240 ‐0.131 ‐0.200 ‐0.233 ‐0.012 0.177 0.026 0.2805* ‐0.2693* ‐0.152 ‐0.035 0.006 0.142 ‐0.4288* 1.000
Fuels and minig/ GDP (2007) ‐0.045 0.012 0.167 0.158 ‐0.170 ‐0.101 ‐0.3251* ‐0.1783* 0.101 0.1799* ‐0.046 ‐0.2703* ‐0.2108* ‐0.094 0.183 0.149 ‐0.046 0.132 0.012 0.163 ‐0.217 1.000
foreign owned banks, share of assets ‐0.112 ‐0.059 ‐0.052 0.091 0.004 0.058 0.083 0.067 ‐0.2164* 0.042 0.2324* ‐0.215 0.202 ‐0.104 0.114 ‐0.124 ‐0.147 ‐0.060 ‐0.3323* ‐0.085 ‐0.244 ‐0.079 1.000
Government owned banks , share of assets ‐0.193 ‐0.2346* 0.3634* 0.171 0.167 0.185 0.005 0.091 0.3529* 0.2787* ‐0.053 ‐0.3071* ‐0.2843* ‐0.079 0.3416* 0.3379* 0.2700* 0.2768* ‐0.121 0.4546* 0.103 0.036 ‐0.2916* 1.000
Banking concentration 0.002 ‐0.168 ‐0.009 0.107 ‐0.012 0.004 0.018 0.2191* 0.2052* ‐0.042 ‐0.021 ‐0.117 ‐0.109 ‐0.3717* ‐0.049 0.039 ‐0.117 ‐0.050 ‐0.033 ‐0.139 ‐0.2899* 0.173 0.184 ‐0.195 1.000
Branches per 100,000 adults 0.3114* 0.7711* ‐0.3565* ‐0.3971* ‐0.3210* ‐0.4164* ‐0.076 ‐0.5961* ‐0.3949* ‐0.2329* ‐0.090 0.5722* 0.3065* 0.4886* ‐0.3190* ‐0.2896* ‐0.145 ‐0.3323* 0.103 ‐0.3495* 0.181 ‐0.106 ‐0.028 ‐0.158 ‐0.147 1.000
Overhead costs/total assets (avg, 2002‐2007) ‐0.4401* ‐0.4484* 0.3156* 0.176 0.4501* 0.4725* 0.2763* 0.2545* 0.1978* 0.061 0.122 ‐0.5310* ‐0.2015* ‐0.1834* 0.2229* 0.120 0.011 0.3021* ‐0.2647* 0.3743* ‐0.136 ‐0.067 0.073 0.043 0.083 ‐0.3835* 1.000
Net interest margin (avg 2002‐2007) ‐0.5338* ‐0.5774* 0.3939* 0.3446* 0.5836* 0.6576* 0.3187* 0.3215* 0.2274* 0.019 ‐0.005 ‐0.6349* ‐0.140 ‐0.2776* 0.2988* 0.1842* 0.013 0.3405* ‐0.3051* 0.5906* ‐0.2964* 0.2099* 0.085 0.050 0.145 ‐0.4564* 0.7402* 1.000
Bank Cost/Income (avg 2002‐2007) ‐0.186 ‐0.095 ‐0.009 ‐0.1853* 0.074 0.015 0.135 0.039 0.088 ‐0.095 0.079 ‐0.2240* ‐0.2169* 0.011 0.014 0.082 0.104 0.038 ‐0.093 0.042 0.181 ‐0.4244* 0.162 ‐0.036 0.000 ‐0.079 0.4514* 0.088 1.000

Table 6 – Cross-country covariates of SME loan volume/GDP. Dependent variable: SME loans/GDP (log)
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) (18) (19)
GNI per capita (2007, log) 0.482*** 0.439* 0.309 0.438** 0.505*** -0.048 0.442*** 0.487*** 0.409** 0.464*** 0.313** 0.444*** 0.561*** 0.534*** 0.509*** 0.452*** 0.388*** 0.311** 0.540***
(0.162) (0.236) (0.207) (0.176) (0.152) (0.173) (0.133) (0.131) (0.171) (0.130) (0.134) (0.162) (0.188) (0.195) (0.152) (0.157) (0.129) (0.136) (0.141)
Offshore financial center dummy -1.098* -0.995 -1.009 -0.925 -0.909 -1.050 -1.120* -1.010 -1.064* -1.026* -1.016 -0.983 -0.483* -1.020 -0.992 -1.003 -1.248* -1.099 -1.427**
(0.621) (0.654) (0.640) (0.619) (0.611) (0.720) (0.620) (0.602) (0.604) (0.594) (0.617) (0.593) (0.252) (0.619) (0.618) (0.603) (0.655) (0.659) (0.688)
27
Maximum inflation (1997-2007) -0.012*
(0.006)
Interest spread (2007) -0.057*
(0.031)
Lending rate (2007) -0.043
(0.026)
GDP growth ( average 2002 -2007) -0.034
(0.086)
Dom.Credit/GDP,growth (avg 2002-2007) 1.331
(1.700)
Domestic credit/ GDP (2007) 0.016***
(0.005)
Legal rights index (2007) 0.067
(0.081)
Credit information index (2007) -0.021
(0.153)
Closing business - days (2007) -0.202
(0.360)
Contract enforcement - time (2007) -0.082
(0.361)
Starting a business - time (2007) -0.465**
(0.173)
Fuels and mining/ GDP (2007) 0.504
(2.292)
Foreign owned banks, share of assets -0.658
(0.951)
Government owned banks , share of asse 0.376
(0.914)
Banking concentration -0.302
(0.995)
Branches per 100,000 adults (log) 0.061
(0.216)
Overhead costs/total assets (avg, 2002-2 -22.983***
(5.936)
Net interest margin (avg, 2002-2007) -21.433***
(6.473)
Bank Cost/Income (avg 2002-2007) -2.580**
(1.259)
Constant -6.747*** -6.168** -4.908** -6.367*** -7.284*** -3.411** -6.956*** -6.883*** -6.077*** -6.258** -4.104*** -6.625*** -7.446*** -7.486*** -7.002*** -6.834*** -5.097*** -4.385*** -5.696***
(1.546) (2.239) (2.058) (1.974) (1.481) (1.419) (1.148) (1.154) (1.782) (2.694) (1.346) (1.514) (1.842) (1.880) (1.585) (1.199) (1.337) (1.428) (1.479)
N 43 29 32 45 43 40 45 45 43 45 45 41 35 36 44 45 44 44 44
Adjusted R2 0.224 0.144 0.117 0.190 0.184 0.326 0.200 0.188 0.197 0.188 0.289 0.120 0.223 0.160 0.186 0.188 0.363 0.347 0.256
Robust standard errors in parentheses, *** p<0.01, ** p<0.05, * p<0.1

Table 7 – Regional breakdown of SME financing (predictions)
28
Region
SME loans/GDP
(medians) percent
SME loans, USD,
bn.
East Asia & Pacific 6.40 2,340
Europe & Central Asia 7.00 276
High Income (OECD and non‐OECD) 15.30 7,540
Latin America & Caribbean 3.90 158
Middle East & North Africa 5.50 48
South Asia 4.30 73
Sub‐Saharan Africa 2.60 52
World 5.10 1,050

29
Appendix 1 – Variable Definitions
Variable Description Source
Adult population
Adult population in 2009. When the 2009 data are not available,
we use the most recent
World Development Indicators
Bank cost/income Bank Cost‐Income Ratio, 5‐year average (2002‐2007) Financial Structure Database
Banking concentration Share of deposits in the five largest banks
Barth, Caprio, and Levine
(2004)
Branches per adult Number of branches per 100,000 adults
Financial Access Database
(2010)
Closing business ‐ days The average time to close a business, 2007
World Bank Doing Business
Indicators (2008)
procedures
The average number of procedures to enforce a contract, 2007
Indicators (2008)
Contract enforcement ‐ time
The time to resolve a dispute, counted from the moment the plaintiff
files the lawsuit in court until payment, 2007.
Indicators (2008)
Credit information index
Getting credit, Credit Information Index, 2007. This index measures
rules and practices affecting the coverage, scope and accessibility of
credit information available through either a public credit registry or
a private credit bureau.
Indicators (2008)
Domestic credit/GDP Domestic credit to GDP, 2007 World Development Indicators
Expected real growth Expected real growth rate of GDP per capita, 2009 World Development Indicators
Foreign owned banks, share
Percentage of banking system assets in banks 50percent + owned by foreign
Barth, Caprio, and Levine
of assets
entities
(2004)
Fuels and mining/GDP Exports of fuels and mining products (current USD) as percent of GDP, 2007 WTO
GDP growth Gross Domestic Product per capita in current dollars of 2007 World Development Indicators
GDP growth avg GDP growth 5 year average 2002‐2007 World Development Indicators
GNI per capita Gross National Income per capita in current dollars of 2007 World Development Indicators
Inflation Inflation, consumer prices (annual percentage) 2007 IFS
Interest spread Interest rate spread (lending rate minus deposit rate, percent) 2007 IFS
Legal rights index
Getting credit, Legal Rights Index, 2007. This index measures the degree to
which collateral and bankruptcy laws protect the rights of borrowers and
lenders and thus facilitate lending.
Indicators (2008)

30
Appendix 1 (continued)
Variable Description Source
Lending rate Lending interest rate (percent) 2007 IFS
Market capitalization/GDP Market capitalization of listed companies as percent of GDP, 2007 World Development Indicators
Net interest margin Net Interest Margin, 5‐year average (2002‐2007) Financial Structure Database
Number of outstanding loans
Regulatory agency provided the latest estimate for the total number of
to SMEs
outstanding loans to SMEs
(2010)
Number of SMEs with
outstanding loans
Regulatory agency provided the latest estimate for the total number
of SMEs with outstanding loans
(2010)
Offshore financial center
Equals one if the country was defined by the IMF as an offshore center in
2008
IMF
Overhead costs/total assets Bank Overhead Costs divided by Total Assets, 5‐year average (2002‐2007) Financial Structure Database
Periodic reporting
If regulatory agency monitors the level of lending to SMEs through
periodic surveys of financial institutions
(2010)
Regular reporting
If regulatory agency monitors the level of lending to SMEs through regular
reporting
(2010)
Reporting from credit registry
If regulatory agency monitors the level of lending to SMEs using estimates
from credit registry
(2010)
Self‐employed Self‐employed as percent of total employed, 2007 World Development Indicators
Share of rural population Rural population (percent of total population) 2007 World Development Indicators
SME definition ‐ loan size Regulatory agency uses loan size as criteria to define SMEs
(2010)
SME definition ‐ max number
of employees
Regulatory agency uses member of employees as criteria to define SMEs
(2010)
SME definition ‐ sales Regulatory agency uses sales as criteria to define SMEs
(2010)
Starting a business ‐ time The total number of days required to register a firm, 2007
Indicators (2008)
Value of outstanding loans to
SMEs
Regulatory agency provided the latest estimate for the total value
of outstanding loans to SMEs
(2010)

Cgap small-and-medium-enterprises-jan-2011

More Related Content

What's hot (18)

Viewers also liked (18)

Similar to Cgap small-and-medium-enterprises-jan-2011 (20)

Cgap small-and-medium-enterprises-jan-2011