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Businesses’ perception of government red tape and its impact on participation in bribery: evidence from the
ASEAN region
Undergraduate Thesis
Presented toDr Tereso Tullao
Dr. Winfred VillamilMs. Mitzie Conchada
De La Salle University
By:
Edgardo Manuel JopsonSooyeon LeeKristianie Te
March 15, 2014
Table of ContentsIntroduction4
Background of the Study 4Statement of the Problem 6Objectives 6Significance of the Study 7Scope and Limitations 7
Literature Review 9Literature Map 9Bribery and Red Tape 9Bureaucratic Inefficiencies and Market Failure 12Rationale in Participating in corrupt activities 14Effects of Corruption on firms 16Eliminating bribery and other forms of corrupt practices 19Research Gap 21
Conceptual Framework 22Operational Framework 28
Econometric Model 28Measures of Corruption 30Methodology 33
Empirical Results 38Descriptive Statistics 38Econometric Results 43
Conclusion and Recommendations 49References 56
Appendix A. Complete STATA Results 58Appendix B. Initial Regressions 65
2
Abstract
Excessive regulation, commonly known as red tape, is one of the problems that businesses face which hinders firm performance. Literature suggests that its presence in the economy comes from both the demand and supply side; both the government and firms conspire to defraud the public and take advantage of the situation, and the gravity of it will depend on how inefficient the government is, since a higher opportunity cost of starting a business can provide an incentive for firms to pay the government to hasten their services. Using the Enterprise Surveys, the Doing Business indicators as well as the World Development Indicators databases from the World Bank, we employed a series of econometric tests to determine and understand the impact of the business environment and red tape on the incidence of bribery. The study suggests that the probability of firms participating in bribery is largely affected not only by the characteristics of firms, taken from a study of Herrera and Lijane (2007), but also by the firm’s perception of red tape as well as the ease in doing business in the country.
3
1. Introduction
1.1 Background of the Study
Literature defines corruption as the manipulation of institutional
power for private benefit; a pervasive and universal phenomenon
affecting almost every culture to differing degrees (Everhart,
Martinez- Vazquez, & McNab, 2009). Whether corruption has a
positive or negative effect on economic activity is still contested in
the literature, since studies have shown that both sides can be
proven to be true. However, government inefficiencies and
incompetence are problems that economies face, since it does not
only raise operational cost, but also dispels possible opportunities
for development. This problem creates an incentive for businesses
to pay more for hastening the process, may it be in legitimate formal
services such as express payments or informal contracts such as
bribery.
While it is in the government’s interest to reduce its
inefficiencies by eliminating core lapses in its system (i.e.
corruption), it is important to note the origin of this problem. For
every demand, there is a supply; both the government and the firms
conspire to defraud the public and take advantage of the poor
monitoring system, since they are less likely to be caught and
sanctioned for these illegal acts (Vogl, 1998). In fact, in most cases,
4
these institutional hurdles, otherwise the red tape in bureaucracy,
provide an opportunity for public administrators to participate in
rent-seeking activities, who may offer businesses willing to pay the
option of side-stepping formal procedures (Blackburn, Bose, &
Capasso, 2008), cutting time spent and lowering opportunity cost.
This study contributes to the literature by scrutinizing the
characteristics of firms that decide to participate in illicit activities,
specifically bribery from the different ASEAN countries. Moreover,
our research used an updated data set taken from Enterprise
Surveys which is of the same nature as World Business Environment
survey, used by most of the previous studies on firm level
characteristics and performance (Asiedu and Freeman, 2009). The
study of Asiedu and Freeman discussed the effect of corruption,
specifically bribes, in the investment growth of firms, which makes
the study more up to date. The country variables will be taken from
the World Bank’s Doing Business indicators. By examining the
business environment of these firms in their respective countries,
we can infer whether or not it has something to do with the decision
of firms to bribe.
The hypothesis which this research uses as backbone is that
firms have a higher incentive to participate in bribery with the
government when it is more difficult to do business in the country.
5
This direct correlation between the two is due to the fact that the
firm can penetrate the bureaucratic inefficiencies of business
processes. This can be reduced by charging a higher price, which
the public administrators receive informally, reducing the firm’s
opportunity loss which may be higher than the cost of the bribe.
Our paper is structured as follows:
Section II reviews the literature; previous studies conducted on
bribery and the business environment.
Section III, we develop a conceptual framework on how to
address the research problem.
Section IV, we describe the operational framework and the data
used in the research.
Section V, we empirically investigate the significance of the
hypothesized result of bribery and red tape. In the last section, we
will conclude and provide policy recommendations.
1.2 Statement of the problem
Corruption is a problem that is prevalent in the ASEAN region.
Not only are countries perceived as corrupt but also actual accounts
of corrupt activities such as bribery can be seen from the Enterprise
Survey, which interviewed at least a thousand firms in 135
countries. We want to know whether or not this problem can be
6
lessened by reducing red tape in a country, which may decrease the
incentive of firms to participate in bribes since the government is
efficient in the first place. Now the question is this: does red tape
have a significant input on the likelihood of firms to bribe?
1.3 Objectives
This research intends to:
1. Identify the forms of red tape that increase the likelihood of
firms to participate in bribery;
2. Identify the characteristics of the firms that increase the
likelihood of firms to participate in bribery;
3. Theoretically explain the relationship between red tape and
the incidence of bribery;
4. Empirically test the said relationship between red tape and
the probability of the firms’ participation in bribery by
providing an econometric analysis;
5. Make sound recommendations from the regression analysis
generated from the econometric model.
1.4 Significance of the Study
This research attempts to provide an analysis on the impact of
bureaucratic inefficiencies on the firm’s decision to participate in
bribery. The study may be of aid to policy makers who are
interested in theoretical basis and empirical evidence, especially in
7
reducing corruption. Since it also has been of recent interest from
the studies of Acemoglu and Robinson (2012) to consider not only
the economic inclusivity but also the political and bureaucratic
inclusiveness of countries, this research would provide key insights
regarding the firm – government relationship and possibly a glimpse
on how they interact.
1.5 Scope and Limitations
In its very nature as a micro – analysis study of corruption, it
captures corruption in the form of bribery and bribery alone,
meaning to say that the usual measure of corruption used in the
literature (Alemu, 2013), which uses the Corruption Perceptions
Index by Transparency International will not be discussed. The
study is also limited to the data from the ASEAN region, specifically
from the countries Indonesia, Laos, Vietnam and the Philippines, for
data consistency purposes. Furthermore, this study is interested in
the probability of firms to participate in bribery which we use in
capturing corruption; meaning to say that this study does not deal
with the gravity or intensity of corruption, but rather the maximum
likelihood (incentive) to participate in it. The data used in this study
are from the Enterprise Surveys, the World Development Indicators,
as well as the Doing Business datasets from the World Bank.
8
2. Literature Review
2.1. Literature Map
2.2. Bribery and Red Tape
Corruption
Corruption is a controversial topic to discuss especially in cases
where computations in some studies show that corruption turn out
to be a positive contribution to the economy. We go deeper by
analyzing the consequences when corruption is present - whether it
9
is beneficial or detrimental to society (in terms of efficiency). By
referring to previous studies on the topic, we can address questions
that can hamper our investigation such as; can bureaucratic
inefficiencies really affect the decision of firms to bribe.
According to Transparency International’s Corruption
Perceptions Index in 2013, Laos has an index of 26, rank 154 out of
178 countries, which has the highest among the four ASEAN
countries in our study, and for Vietnam, Indonesia, and the
Philippines, the indices are as follows at 31, 32, and 36 respectively.
For the countries Laos and the Philippines, from 2012 to 2013, their
CPI experienced a significant improvement from 21 to 26 and 34 to
36 (Transparency International, 2013).
The problem of Laos in publicizing the information for individual
firm’s corruption, resulted into setting up a department in the
government; the State Inspection Authority. The State Inspection
Authority is part of the Prime Minister’s Office, which provides
analysis on national level of corruption in order to present evidence
for inspection (Global Security, 2013).
Most incidences of corruption in the Philippines are petty, since
all levels of state apparatuses encounter corruption in different
degrees. Corruption can be witnessed in action in events such as
elections, wherein officials running for public office would bribe
10
individuals in order to get their votes. Furthermore, among the
Filipino household’s attitude toward corruption, they consider
political parties as the most corrupt institution in the country
(Bolongaita, 2010).
Indonesia has a similar anti- corruption regulatory board, the
KPK, with the Philippines’ ombudsman. Their similarity extends
even further: both of these countries are considered as low-middle
income country, political parties are spearheaded by strong political
families, the Corruption Perceptions Indices are close to each other;
but the inefficiency of the ombudsman of the Philippines does
compare to the successful KPK in Indonesia. With a short period of
time from its establishment on 2013, the KPK already captured and
passed all the cases they caught related to corruption, and all the
these cases won in court; the guilty put into jail (Bolongaita, 2010).
Though the KPK anti- corruption program is considered to be
successful in cleaning up the government, the Philippines still rates
cleaner then Indonesia according to the index in 2013.
In the study Overview of corruption and anti-corruption in
Vietnam from U4, Vietnam’s high level of corruption is one of its
major challenges it needs to overcome. From the Enterprise Survey,
more than 50% of Vietnamese participants were “expected to give
gifts to public officials for thing to be done” (World Bank, 2009). In
11
addition, 59% of the firms interviewed, they believe “informal
payment is common among firms like their own” (USAID, 2010).
Vietnam Provincial Competitiveness Index 2010 also concludes that
41% of firms think that having a private converse with tax officials is
essential practice in doing a business. Interestingly, more than 20%
of interviewed household concede that they had paid a bribe
regarding tax revenue services in last three years (Transparency
International, 2010).
Regulation as Red Tape
Regulations, in whatever form they may be, impose a cost for the
firms, since we do not only consider the out-of-pocket cost, but also
the opportunity cost that the firm incurs. It will be up to the firm to
decide whether or not the excessive time generates a higher loss
than the cost of the bribe, whether or not participating in bribery is
an option, also considering key factors such as firm size, its
characteristics, its industry (which market it belongs), among others
(Herrera, Lijane, & Rodriguez, 2007). However, bribery is a practice
that is both illegal and unethical, since the act itself suggests the
manipulation of institutional power for private benefit- in this case,
the government agency may abuse its power in terms of issuing
and/or renewing business licenses by charging additional rates for
better services. In addition, the whole inefficient system that tries to
12
create a market for better service is unnecessary in the first place;
meaning to say that the whole economy does not need to be
inefficient, where both the firms and the whole economy is better off
without such hindrances in starting a business. Hence, in this firm-
government agency relationship, it is possible for us to study
corruption happening at the micro level.
2.3. Bureaucratic inefficiencies and Market failure
Bureaucratic inefficiencies
In order to fundamentally understand why corruption is in the
general sense inefficient for the aggregate economy, Acemoglu and
Robinson (2012) have discussed that the political and economic
institution of a nation has to be inclusive in order for development to
be sustainable; and corruption being an extractive act that the
government practices, is detrimental to the development of the
country. There will be opportunities for the government to
participate in corruption given the following conditions:
1) Government intervention requires "bureaucrats" to gather
information and implement policies.
2) At least some of the agents who enter bureaucracy are
corruptible, in the sense that they are willing to
misrepresent their information at the right price.
13
3) There is some amount of heterogeneity among bureaucrats.
Market Failure
Misallocation of resources would cause market failure (Acemoglu
& Verdier, 2000), which causes the price and quantity
appropriations in the market to be suboptimal, making it difficult to
predict. From this paper, it clearly indicates that the advantage of
corruption is avoiding the excessively high cost that government
would spend on their intervention. Therefore, they get to decide on
the second-best choice which is accepting certain bribes.
2.4. Rationale in participating in corrupt activities
Providing higher resources for private investment
For the firm and market, corruption might provide higher
resources for private investment, and even open more public
services or reduce taxes which makes the public revenue stronger
(Reinikka & Svensson, 2003). Bribery may allow the considered
‘better’ firms to bypass red tape and thus reward market
performance (Lui, 1985). Moreover, it can be used to reduce the
14
amount of taxes or other fees collected by the government from
private parties. Such bribes may be proposed by the tax collector or
the taxpayer. In many countries the tax bill is negotiable (World
Bank, 1997).
Eliminating Transaction time
The fact that there are additional costs incurred in the presence
of unnecessarily time-consuming government procedures, it has
been the agenda of the private sector to make the government more
efficient since significant opportunity losses are incurred (Ciccone &
Papaioannou, 2007). Red tape is quite a problem especially for firms
whose sunk costs are high, since the quicker that they would be
able to receive their return on investment, the better. However,
regulations by themselves, with their primary function of keeping
private institutions in check, also work as a screening device for the
government to maintain the quality and intention of the businesses
around, since firms who are willing to go through the rigid
paperwork in starting out and maintaining their business are most
likely firms that are doing well, since the firm’s system may be
within the standards, or their market exists and thrives in the
economy, or that the demand is high since it is of importance to
society. This trail of thought is similar to the signaling model in
labor economics, wherein college is merely a screening device that
15
firms use to sort out the productive individuals from the ones who
are not (Ehrenberg & Smith, 2012), however instead of people,
firms are observed.
Such behavior has been already tackled in the literature, and one
example would be the theoretical study conducted by Blackburn,
Bose and Capasso (2008), wherein they studied the effects of red
tape on corruption by considering a scenario in which a government
seeks to provide a public good or service (such as cutting red tape)
that requires some privately- manufactured input for its production.
Their analysis is was based on a simple model of public gains in
which asymmetric information between the government and the
private sector allow public administrators can appropriate the
latter’s profits from bribe payments to reduce (for the private
sector) the costly regulations that the government imposes. The
result of their analysis is that there is a critical threshold level or
red tape and rent-seeking wherein procurement is unaffected by
these frictions (the marginal benefit is not strong enough to
compensate the marginal cost), which is more prominent in
economies with lower levels of development, implying that poorer
countries are more able to absorb a greater amount of red tape
without compromising procurement objectives.
Short- term higher productivity
16
In the aggregate economy, lesser corruption increases
productivity of outputs, then when all outputs are more productive,
it translates throughout the economy- in a study conducted by
McArthur and Teal, they have presented that for firms operating in
economies, where bribes are pervasive, are on average are only one
third as productive as their counterparts operating in bribe-free
economies (McArthur & Teal, 2002). However, many firms do not
practice based on this because it is aiming for long- term. And also,
this is not going to work if there are some firms participating in
bribery which will make the other clean firms to suffer to take
longer transaction time; thus leads to lower productivity eventually.
2.5. Effects of corruption on firms
Another example of the impact of corruption and businesses was
presented in a study by Javorcik and Wei (2009), which in their
minimalist model provided a framework on the relationship between
FDI and corruption, particularly its effects on the individual firms.
According to them, the key factor that has to be considered is that if
the corruption present in the country is sufficiently high, then no
foreign investment in any ownership form (may it be wholly owned
or a joint venture) will take place. However given the constant level
of technological sophistication, foreign investors may consider a
joint venture with the government as corruption increases and
17
participate in illicit activities in order to establish their business in
the country.
In addition, foreign firms often look at corruption as a cost of
doing business and if this costs is too high or unpredictable, foreign
firms will stay away from it if there is no need for them to be in that
country. Therefore, high levels of corruption may lead a country to
being marginalized in the international economy.
The evidence shown in private sector assessments say that
corruption causes higher costs of doing business, and small
entrepreneurs in many developing and transition economies may
bear a disproportionately large portion of these costs, this is why
that bribes can prevent firm (especially in small enterprise) from
growing (World Bank, 1997).
This was stressed out by Rose-Ackerman (1996), who noted an
example that “… a corrupt firm may pay to be included in a list of
qualified bidders, to have officials structure the bidding
specifications so that it is the only qualified buyer… once selected, it
may pay for the opportunity to charge inflated prices or to skimp on
quality”. With this, ceteris paribus, firms that are actually
benefitting from corruption may increase their activities by pumping
up investments. This phenomenon does occur in real life - one
example of a recent issue regarding bidding can be found in the
18
Philippines, wherein a recent article of the Philippine Daily Inquirer
(Torres-Tupas, 2013) showed the Anti-Trapo Movement of the
Philippines (ATM) anti-corruption group joined the call for the
government to look into the questionable P3.8-billion contract for
license plates by the Department of Transportation and
Communications- Land Transportations Office (DOTC- LTO) and J.
Knieriem B.V. Goes (JKG), a Dutch-based firm.
Gaviria (2002) concludes in his study that corruption as a whole
substantially reduces firm competitiveness, and differs from one
country to another. Furthermore, bureaucracies in firms are more
likely to be subjected to paying bribes, suggesting that government
regulations are strategically used to maximize bribe collection,
although this result contradicts several theories that predict that
bribes can increase efficiency by allowing firms to avoid
exaggerated government regulations. Given these studies prior to
conducting the research at hand, it is quite clear that the theoretical
impact of corruption on firm-level investments is ambiguous;
literature suggests that it can be positive, negative or neutral, and
depends on which has more impact to the firm.
Asiedu and Freeman (2009) on the other hand suggests that
another important fact that has to be considered is the possible
determinant of the entry of firms in the economy, or the loss of
19
potential investment, and insists that the overall effect of corruption
to investment is negative despite no empirical proof.
In general, the literature suggests that corruption does impose
significant direct and indirect costs to firms. Direct costs come in
the form of bribes or kickbacks and are felt by the company from
nominal costs. These monetary costs to public administrators can be
quite expensive but the problem of indirect costs can prove to be a
bigger problem that the firm faces, such as opportunity costs and
sunk costs from delayed transactions which could have been
circumvented had the firm paid the bribe (Herrera, Lijane, &
Rodriguez, 2007). Since we have no knowledge whether or not
specific firms believe that paying the bribes are worth it would
depend on the firm’s characteristics and the nature of the
corruption at hand, whether or not there is indeed an incentive for
the market to exist.
2.6 Eliminating Bribery and other forms of Corrupt practices
Huther and Shah (2000) have evaluated the effectiveness of anti-
corruption programs for different countries with different qualities
of governance. Based on the opportunistic behaviour of public
officials, they considered that under the conditions that 1) the
expected gains exceed the expected costs of participating in corrupt
activities; and 2) little weight is placed on the cost that corruption
20
imposes on others; a self-interested individual will join and transact
in corrupt activities when:
E [ B ]=n × E [ G ]−prob [ P ] × [ P ]>0
Where
E [ B ] = Expected Benefitn =number of corrupt transactionsE [ G ] = Expected Gross Gain from the corrupt transaction prob [ P ] = probability of paying a penaltyP = penalty for corrupt activity
With this consideration, the factors that affect the decision of the
individual not to participate in corrupt activities are affected by:
1. Benefits that the individual would incur – if the benefits
are smaller, then individuals are less likely to participate in
corrupt activities. Examples of policies: Scaling down of
individual projects, requiring popular referenda for large
projects with votes on expenses and taxation, de-monopolizing
public services, promoting competition, increasing the funding
of public offices i.e. for business-related offices like the
Bureau of Internal Revenue, the Bureau of Customs, etc.
2. The number of transactions – by reducing the number of
transactions that create opportunities for graft and private
manipulation of public programs, we are able to reduce the
21
expected benefit of corruption. This can be done by
streamlining bureaucracy, deregulation, improving service
standards and decentralizing government services.
3. Increasing the probability of paying penalties – by
increasing the chances those agencies will be caught
participating in such activities and by increasing the cost of
such sanctions, then the expected benefit of participating in
corrupt activities will decrease by virtue of increasing the
expected costs.
From their study, they have recommended that for countries with
weak governments and high levels of corruption, the most effective
programs in eliminating corruption are to establish rule of law, to
strengthen institution in participation and accountability. The
objective is to limit government interventions to focus on directing
the economy. For countries with medium levels of corruption and
fair qualities of government, they urge for decentralization and
economic policy reforms. Finally for economies with low levels of
corruption and high qualities of governance, explicit anti-corruption
institutions, as well as strengthening financial management and
raising public awareness will reduce the incentive for corruption to
proliferate in the economy (Huther & Shah, 2000).
2.6. Research Gap
22
Price of Bribes
Our study extends the literature on corruption and bureaucratic
inefficiencies as it applies the methodology used by Herrera and
Lijane (2007) to the ASEAN region. Since the Enterprise Survey
contains 130,000 firms across 135 countries, our research will
provide a powerful inference as the result from the econometric
analysis will approach the true value of the estimate due to the Law
of Large Numbers (Gujarati & Porter, Basic Econometrics, 2011).
Aside from the inference being updated, this research is very much
applicable especially in the Southeast Asian area, due to the
displayed significant boom in the economies, which would definitely
affect businesses in the region.
3. Conceptual Framework
To explain the relationship of red tape and bribery incidence, we
discuss it via a simple microeconomic framework.
In every market, there will always be a demand and a supply side
in order for the market to work. In this case, we tackle the market of
cutting red tape, which can be captured by bribery- since firms
bribe public administrators in order to facilitate faster transactions.
In the demand side are the firms and the public administrators and
government officials “sell” their illicit services to the firms.
23
Figure 1. The market for bribery
Bribery Incidence
The trade-off here is about two cost minimizing choices that firms
have. One is to operate with the current system of government and
choose to pay for better service, opportunity to charge higher prices
or to manipulate the system in their favour in the form of bribery.
Another is to operate legitimately and work with the system, and in
exchange use the resources supposedly for the bribe for other
purposes. Despite the gains that the firm can make regarding these
two options, it is still not certain whether or not one is better than
the other until we consider the characteristics of the firm, whether
or not the gains from illicit activity is more valuable for the firm
than other gains.
The relationship between bribery and red tape follows the same
logic as a demand for normal goods. As it becomes easier to do
business, the demand for bribes decreases; and conversely the more
difficult it is, the higher the demand. Since the reason of the firm in
participating in bribery is to hasten the process of doing business,
24
D
S
0
the relationship that the firm and the government have is similar to
a market situation wherein services – which in our case is the faster
government service provided – are sold by the government to firms
willing to pay a higher price, depending on the firm’s need to
minimize opportunity cost. Supply of bribes depends on the
presence of the market for illicit activity; when firms are willing to
pay for this service, then the supply will increase. Basic laws of
classical economics are not violated: as the price of bribes go up, so
does the supply of the bribes, and when bribes become too
expensive then the demand would go down. The question at hand is
this: can we empirically prove this relationship or not?
For this study we base our condition for bribery with the
threshold level analysis by Blackburn, Bose, and Capaso (2008). In
their analysis, they proposed that when the marginal benefit is
greater than or equal to the marginal cost, the firm will choose to
bribe; wherein the marginal benefit (MB) are the benefits that the
firm receive if they choose to cut the red tape (for the benefits here
mean the shorter processing time and lower pocket cost), and
marginal cost (MC) is derived from the out-of-pocket cost, the firm
pay for legitimated application with the government, and the cost of
time spend for formal process. Moreover, the firm characteristic
25
together with its country environment does differ both of their
marginal benefit and marginal cost.
With a simple mathematical proof of the corruption and
investments function, we provide the following statements:
Let q be the added productivity derived by businesses from their
additional advantage from their choice when they participate in
bribes or allocate their funds to something else that would maximize
gains. This choice is such that the firm can allocate its resources to
the usual inputs of production and corrupt services respectively.
q= f (x1 , x2)
Here, x1 , x2 represents gains from getting the business permit
(incurring cost of both actual and opportunity cost) and gains from
other productive inputs. Note that the function is Cobb-Douglas in
form, where we assume that firms prefer averages over extremes,
yet the firm can still opt to consume as such. Without prejudice, this
function is subject to the budget line of the firm’s aggregate income.
Considering that the market for bribes is not competitive
(because there is only one government in the economy), them the
firm allocates resources depending on the additional gains per bribe
and the marginal cost of every unit of bribery.
Hence, solving for the maximum profit function:
26
(3.1)
(3.2)
(3.3)
MB=MC
In this kind of market setup, the firm will choose to participate in
bribery when their marginal cost incurred from purchasing bribes is
less than or equal to the marginal revenue gained from cutting red
tape- reducing opportunity cost.
Yet for the firm itself, the marginal benefit from illicit services
from bribes would still depend on the firm and country
characteristics, which would influence the decision making of the
firm whether or not they would participate or not. This depends on
the elasticity of the firm to changes in the combination of x1 and x2
obtained, whether or not the substitution or income effect
dominates.
if∂ x1
c
∂ P1>
∂ x1¿
∂ mx1
¿ , thensubstitution effect dominates
if∂ x1
c
∂ P1<
∂ x1¿
∂ mx1
¿ , thenincomeeffect dominates
The variable x1c is the compensated demand for x1 instead of the
previous uncompensated demand. This is done in order to capture
the net substitution effect. Note the following observations (Besanko
& Braetigam, 2011):
27
When firm spends more for illicit activity; case where firm
is worse off when ∂ x1c
∂ P1>
∂ x1¿
∂ mx1
¿ , or when substitution effect
dominates
When firm spends more for illicit activity; case where firm
is better off when ∂ x1c
∂ P1<
∂ x1¿
∂ mx1
¿ , or when income effect
dominates
When firm does not spend on illicit services; case where
firm is worse off when ∂ x1c
∂ P1>
∂ x1¿
∂ mx1
¿ , or when substitution
effect dominates
When firm does not spend on illicit services; case where
firm is better off when ∂ x1c
∂ P1<
∂ x1¿
∂ mx1
¿ , or when income effect
dominates
The income and substitution effects of every firm will depend on
their characteristics and the country’s condition, especially
regarding the ease of doing business, since firms make a decision to
participate in bribery or not according to their cost benefit analysis-
if they find that marginal cost is greater than the marginal benefit,
then firms will opt not to participate in bribery. Therefore for firms
to participate in bribery (else they do not):
28
MBcuttingred tape ≥ MCcutting red tape
Where:
MBcuttingred tape=f (benefitsof cutting bureaucratic regulation , reducing thetime needed for applicati on)
MCcutting red tape=out of pocket cost+( probability of paying a penalty × pentalty cost )
In order to empirically test this said relationship, this research
employs a qualitative response model in order to verify the
sensitivity as well as the direction of the relationship between
bribery and the firm’s perception of its biggest obstacle, wherein if
it finds the government to be their problem, assuming that
businesses know full well how to run a business and assuming
efficiency in knowing the business system in the country, then the
firm can consider that the government imposes excessive
regulation. Of course, without discounting the fact that there other
variables concerning the probability that the firm will participate in
bribery, this methodology will be able to provide an intuitive
analysis for us to derive results from, which the theory suggests.
29
(3.4)
4. Operational Framework
4.1 Econometric Model
In order to empirically test the probability that the firm would
participate in bribery, we use a Qualitative Response Model given:
Pr ( Bribe )=α+β customregulationi+β businesslicensei+β taxregulationi+β servicesi+β otherindustry i+β mediumi+β large i+βdomestic i+ β foreigni+β govt i+βl ocaltradei+β indirectexport i+β diretexporti+β costbusinessi+β timebusinessi+β tradegdpi+εi
Legend
For the variables that represent the perception of red tape, there
are 3 vector (β customregulationi+β businesslicencingi+β taxreguationi¿ used
dummy variable to indicate if the firms’ find customs, tax
regulations and business licensing the biggest obstacle in business ;
Firmi represents a vector of dummy variables that indicate firm
characteristics such as firm sizes and industry of the firms; while
30
Other Country irepresents the vector of country variables, and ε i
denotes the error term.
Our a priori expectations of the variables are presented as
follows:
31
32
bribei Whether or not the firm has participated in bribery; a dummy variable which has a value of 1 when the firm has participated in any form of bribe with the government (whether indicated in terms of percentage of the contract value or the percentage of annual income)
Source: The Enterprise Survey (2009)
customregulation i
businesslicensei
taxregulationi
A vector of dummy variables representing the firms’ perception of red tape; if the firm finds customs and trade, business licensing and permits, or tax regulation their biggest obstacle. If 1, it is the biggest obstacle, and it show that the firm is costly to avoid red tape, in other word, this mean the firm will have MB>MC , therefore , these variables expected to have a positive effect on bribe.
Source: The Enterprise Survey (2009)
smalli
mediumi
l argei
manufacturing i
servicesi
otherindustry i
domestic i
foreigni
govti
l ocaltradei
indirectexport i
directexport i
costbusinessi
timebusinessi
tradegdpi
A vector of variables indicating the characteristics of the firm, the firm size and firm sector. For firm size, it is expected to have a negative effect on bribes for smaller firms, since small firms would find the out-of-pocket cost of the bribe too expensive. For large firms it is expected to have a positive effect on the probability of participating in bribery because large firms would be inelastic to such costs as these firms would value production and steady sales much more than the out-of-pocket cost. And for the industry of firm, the effect is ambiguous, however we believe that the sectors from other industries that deal with distribution are more likely to bribe for they have more business licenses and permits to process. As to ownership, we expect to have a positive effect on bribery if the firm has more domestic owners, and when government has a share in ownership.
Source: The Enterprise Surveys (2009)
Variables that measure the percentage of firm sales– either to domestic trade, or export which could be direct or indirect. Similar to percentage trade in GDP, this measures the micro effect of trade competitiveness. Expected to have a positive effect on bribery, as competition increases opportunity losses due to inefficient government systems and regulations.
Source: The Enterprise Surveys (2009)
Other country characteristics that are not essential but greatly influence bribe, such as the percentage of trade in GDP (Trade%GDP), as well as the difficulty (on the average) of firms to start a business in a specific country, such as the cost and time required to start a business. These variables are expected to have a positive effect on corruption. For the percentage share of trade in GDP, it is positive because the bigger the presence of business in GDP, the government would have a higher incentive to allow corruption to exist since they are responsible for the growth of the country, which would increase the probability of the firm to participate in bribery. For the cost and time to do business, it is positive as well because the more difficult it is to do business in a country, there is a higher incentive for firms to recover the costs of starting a business, which affects the decision of firms to bribe.Source: World Development Indicators and Doing Business data set (World Bank, 2009).
4.2 Measures of Corruption
Asiedu and Freeman (2009) suggest that the empirical literature
in corruption and investment can be categorized into three groups:
micro, semi-micro and macro studies.
Micro Studies employ firm-level data on both investment and
corruption. This reflects the firm’s perception of corruption that
prevails in the country that it operates in. Of course, making short
and long term decisions are important for the firms. However, there
are disadvantages in using this kind of analysis. One of them can be
endogeniety, and another is the probability of understatement.
Studies by Gaviria (2002) suggest that there is no significant
relationship between growth of investment and corruption; however
this does not discount the fact that there exists a relationship
between the two. In this research, we will be using data for this
from the Enterprise Surveys.
Semi-micro analysis employs firm-level data on investment and
country-level data on corruption. Pervasiveness of corruption within
a country is captured since it is combined with country-level data,
which may lower the standard errors. Data for specific firms will be
taken from the same- Enterprise Surveys, while data for corruption
is taken from World Bank’s World Development Report survey,
which measures internal corruption, as well as the Corruption
33
Perception’s Index taken from Transparency International.
However, by doing this, the value that is assumed for corruption will
be implied to be the same for all firms in that country, ceteris
paribus.
Macro studies are the most available in the literature. Macro-
level studies usually deal with aggregate effects of corruption to
investment. Studies regarding their relationship are generally
negative, wherein corruption deters overall investments. One
example of this study would be the study of Alemu (2013) that
concluded that the effect of corruption to FDI is negative in Asia.
This study will not be using a macro framework.
There are three classifications that will be used to measure
corruption: internal, external and hybrid (Asiedu & Freeman, 2009).
Our standard procedure is to use perceptions and experiences in
corrupt practices of respective countries to survey firms about their
respective viewpoints.
Internal measures of corruption come from firms that operate
within the country- which reflects firm’s perception of investment
risk; however, this is limited by the different policies of different
economic settings. Meaning, corruption for firms in country A may
differ from corruption for firms in country B, which would make the
data difficult to compare directly to other countries. Secondly, firm
34
size can be a problem; since firm size would need to be considered
regarding its need for expansion, or there is also the possibility that
the government may be biased into practicing illicit activities
towards as specific group of firms- especially a type that is in line
with their self-interest. Another possible disadvantage is that
internal data can be underreported by the firms.
External measure is another way of analyzing corruption.
External measures of corruption are taken by agencies outside the
country, and are provided by risk-rating agencies. A great
advantage of using this kind of information is that the data is
generally more consistent and has less probability of statistical
errors. However, this kind of data usually has a limited coverage
regarding types of questions and number of observations
themselves, without taking out the fact that there may be
inaccuracies due to the probable overstatement of risk for countries
that are known to be risky.
An alternative method of measuring corruption is by hybrid
measures, which combine different sources of data for corruption
and turn it into some form of an index. Even if this type of data can
remove the “dirt” of the internal and external data, we lose track of
isolating the causal variable which may lead to a vague inference.
Furthermore, statistically speaking indices tend to be noisier as
35
variables tend to move much more, which may lead to higher
probability of error.
This study uses a combination of internal and external measures
of data. Specifically, all firm-level data is internal, while all country-
level data are externally measured by the World Bank.
4.3 Methodology
We use a procedure that is patterned after the methodology of
Herrera and Lijane; based on their investigation whether or not
bribery has anything to do with the nature of the firms (2007). Our
interest brought us to study the ASEAN economies.
The primary source of data used by this study is the Enterprise
Surveys of World Bank. The Enterprise Surveys contain 130,000
firms in 135 countries. Our dependent variable is the probability of
firms to participate in bribes (as a dummy variable). We will be
using the information for the year 2009 and construct a cross
section data for the available firms in the Philippines, Indonesia, Lao
PDR and Vietnam. We are using data these four ASEAN countries
because they are the only countries with identical datasets from the
Enterprise Surveys, as the data from Malaysia, Thailand and the
other ASEAN countries with available data use of a different data
36
collecting methodology as well as of a different year. For
consistency purposes, we are only able to use these four countries.
By employing Qualitative Response Model regression techniques,
we find the probability of the firm’s participation in bribery,
influenced by the set of independent variables such as government
regulations as major obstacle, firm characteristics as well as other
control variables for the country.
Our independent variables are divided into three groups; 1)
firms’ perception in the difficulty of going through government
regulation (red tape), 2) firm characteristics and 3) country
variables. The reason behind doing this is for capturing the pre-
existing phenomenon related to investments in the literature; else
we take the risk of omitting important variables. To take the firm’s
perception in its biggest obstacle in business, we capture it with
customregulation, which has a value of 1 if the firm finds that
customs and trade regulations to be the biggest obstacle and 0
otherwise; taxregulation, with a value of 1 if firm’s biggest obstacle
is tax administration and regulation; businesslicense, with a value of
1 when the biggest obstacle for firms is business licences and
permits. If all values of the dummy variables are zero, then firms
that find other problems such as access to finance, courts, practices
of competitors in the informal sector, corruption, electricity,
37
inadequately educated workforce, access to land, tax rates, political
instability, labour regulations, and crime. For the firm size: small: 1
if yes 0 otherwise; medium: 1 if yes 0 otherwise; if both zero, firm is
large, wherein firm size is measured by the number of employees-
small if number of employees is less than 20; medium if greater than
or equal to 20 but less than 100; otherwise the firm is large1.
Service variable service equals 1 if it is in the service industry in
addition; otherindustry captures the value whether or not it may not
be in the manufacturing or in the services sector.
Companies with domestic shareholders are indicated by domestic
in percentage, which captures whether or not domestic ownership
has a negative or positive effect on corruption, companies’ with
foreign shareholders is observed using the variable foreign, which
show the percentage of the share that is foreign based, government
owned firms’ variable govt is also in percentage of the ownership. In
addition, we captured the firm’s sales, whether or not it originates
from the domestic or foreign market; and if foreign, either direct or
indirect2 using the variables localtrade, directexport as well as
indirectexport. This allows us to measure if the distribution of sales
1 Basis of firm size is taken from the enterprise survey’s measure of firm size. Furthermore, in the regression we drop the small variable because conventionally, we drop the largest choice from the dataset given above.2 By direct export, we refer to sales that the firm directly sells to the foreign distributor, while indirect export refers to exports that are coursed through an intermediate company first, then distributed to other distributors abroad.
38
has anything to do with the probability that the firm would
participate in bribery, since if the firm has export sales, then it’s
direct interaction with customs and trade regulations would be
captured, and domestic as well as indirect export sales would
capture the direct dealings with the Department of Trade and
Industry of the country. Furthermore, this variable also captures
firm level competitiveness in the domestic and foreign markets,
which makes them quite important in our model to avoid omitted
variable bias (Ciccone & Papaioannou, 2007).
To capture country characteristics, this study uses trade as a
share of GDP (openness to trade). We hypothesize that trade as a
share of GDP has a positive effect to the probability of firms’
participation in bribery. This information will be taken from the
World Development Indicators, which is updated regularly by the
World Bank, however to preserve the accuracy of our inferences, we
will limit the data set to the year 2009. Other country variables will
be indicators of the ease of doing business, specifically the average
cost to start a business and the time required to start a business,
which will be taken from the Doing Business dataset of World Bank,
which would vary across the different countries of the ASEAN
region.
39
In this study, we focus our interpretations with the results
generated from the logistic model, specifically the unconditional
multivariate logistic model, because we want to retain the ability of
our model to present the probability of firms to participate in
bribery in consideration of the variables that we did not indicate to
be captured by the constant. And since our sample size is more or
less a lot larger than the recommended sample size of 30 to
accommodate the Law of Large Numbers (Gujarati & Porter, 2011);
in effect, the logistic regression already approximates the normal
distribution that a probit regression would provide, without trying to
force the model to be normally distributed. In addition, our sample
regression for logistic and probit do not really delineate too far from
each other in terms of the values of their coefficients – which would
be an indicator for us that our dataset already approximates the
normal distribution.
40
5. Empirical Results
5.1 Descriptive statistics
Table 1.
Firms that participated in Bribery (Enterprise Survey, 2009)
Number of FirmsPercentage in
Sample
Firms that participated in bribery 878 23.46%Firms that did not participate in bribery 2865 76.54%
Total 3743 100%
Looking at the descriptive statistics, we see that only an average
of 23% of the 3743 respondents have responded that they have
participated in bribery – to be exact only 878. Based on our sample
less than half of the firms in the countries of the Philippines,
Vietnam, Lao PDR and Indonesia participate in bribery. Since there
is no criterion in the literature regarding the amount of tolerable
corruption, then we can only infer that at least less than half of the
sampled ASEAN firms participate.
Table 2.
Firms that consider government their biggest obstacle in the sample (Enterprise Survey, 2009)
Number of Firms Percentage in sample
customs and trade regulations 117 3%tax administration 72 2%business licenses and 97 3%
41
permitsOthers 3457 92%Total 3743 100%
From the descriptive statistics, 3.1% of the firms find that their
biggest obstacle to be customs and trade regulations, while only
1.9% answered tax administration and 2.59% find business licensing
and permits difficult. The other factors that firms find their biggest
obstacle are access to finance, courts, practices of competitors in
the informal sector, corruption, electricity, inadequately educated
workforce, access to land, tax rates, political instability, labor
regulations, and crime. The 3.1% is higher than 1.9% for the tax and
2.59% for the business permit, which mean that custom and trade
regulation is the biggest obstacle (red tape) for the entire 3743 –
firm sample.
Table 3.
Industrial Classification of Firms in the sample (Enterprise Survey, 2009)
Number of Firms
Percentage in Sample
Manufacturing Sector 2621 70%Services Sector 647 17%Other Industries 445 12%Not specified 30 1%Total 3743 100%
Table 4.
42
Firm Size (Enterprise Survey, 2009)Number of Firms Percentage in Sample
small 1643 44%medium 1214 32%large 886 24%Total 3743 100%
Table 5.
Firm Ownership (Enterprise Survey, 2009)Mean Min Max
domestic ownership 84.70% 0.0 100%foreign ownership 12.71% 0.0 100%govt ownership 0.76% 0.0 90%Not Specified 1.83%Total 100.00%
Table 6.
Sources of Sales (Enterprise Survey, 2009)Mean Min Max
domestic trade 83.41% 0.00 100.00indirect exports 4.83% 0.00 100.00direct exports 11.74% 0.00 100.00Not specified 0.02%Total 100.00%
For firm characteristics, 70% of the firms are from
manufacturing sector and 17.3% of it is from service industry; for
the firm size, 44% of the total observed firm is a small firm, and 32%
43
of the firms is medium firm, and the other 24% left is considered as
a large firm; for the ownership of the firm, on the average domestic
ownership in the ASEAN sample is 84%, however foreign and
government ownership is on the average 12.7% and .75%
respectively. To avoid omitted variable bias, observations that are
neither of the three (defined as others), are also included but are
captured when all three criteria are not met by the firm.
For the other country variables, we have used the percentage of
GDP from trade to capture the importance of business in a country
in terms of its economic presence. On the average, the ASEAN
sample given has a 77.32% of its share of GDP in trade. This is quite
a significant amount since it accounts for more than 50% of the
economic growth of the region.
Table 7.
Ease of Doing Business in Selected Countries (World Bank, 2009)
Country
Cost to start a business (% of income per
capita)
Time required to
start a business
(days)
Ease of doing business index 2012 (1=easiest to 185=most difficult)
Philippines 21.60 42 138Vietnam 13.30 39 99Lao PDR 9.69 93 163Indonesia 25 62 128United States 0.69 6 4United Kingdom 0.69 13 7Germany 4.69 18 20France 0.89 7 34Brazil 6.9 119 130China 4.9 38 91Japan 7.5 23 24
44
Korea, Rep. 14.69 14 8United Arab Emirates 6.4 15 26Australia 0.8 2 10
Cost to start a business is recorded as a percentage of the
economy’s income per capita. It contains all official fees and fees for
legal or professional services if such services are required by law.
Fees for acquiring and legalizing company books are included if
these transactions are required by law. Although value added tax
registration can be counted as a separate procedure, value added
tax is not part of the incorporation cost. The company law, the
commercial code and specific regulations and fee schedules are
used as sources for computing costs. If these fees are not available,
a government officer’s estimate is taken as an official source; else
estimates of incorporation lawyers are used. If it so happened that
incorporation lawyers provide different estimates, the median
reported value is applied. In all cases the cost excludes bribes (The
World Bank , 2014).
The minimum cost of starting a business in the sampled ASEAN
firms is 9.7% of the income per capita of the average entrepreneur
(in Lao PDR), and the maximum cost is at 25% (Indonesia).
Intuitively speaking, this may be due to the development of the
industry of the country (with the Philippines at 21.6% and Vietnam
45
at 13.3%). This suggests that in countries that are more developed
in terms of business, then the cost of doing business increases. This
may be in line with classical theories of economics wherein
competition exists as the number of firms increase, and it would
lead to growth (since we can infer that the more expensive it is to
start a business then entrepreneurs would have to invest more
resources in order to enter the market). However on the average
19.8% of income per capital is used in order to start a business in
the selected ASEAN region – close to 20% of the total income per
capita of an average entrepreneur. In comparison to countries in the
Western Hemisphere such as the United States, Germany, and
France, who have an average of only 1.75% of the per capita income
of individuals starting a business, for domestic entrepreneurs it is
more expensive to start a business in the ASEAN compared to some
developed Western countries.
The time required to start a business, on the average in the
ASEAN sample, is 53 days. The minimum in ASEAN is Vietnam,
wherein it takes at least 39 days to start a business. Since the time
needed to start a business is a crucial consideration that firms have,
since more time means higher opportunity cost, since the firm could
have used that time to compensate for the fixed costs that they have
incurred in starting the business.
46
Having described the data, we proceed on presenting the
econometric findings of the study. Moreover, further interpretation
of the results would be discussed later on.
5.2 Econometric Analysis
Employing QRM, we obtain results to empirically test the validity
of the relationship between bribery and bureaucratic inefficiencies,
and including firm and country characteristics that are of interest in
this study. Logistic and probit models are practically the same,
except the logistic distribution follows the odds ratio to infer the
maximum likelihood, while probit follows the standard normal
distribution (Gujarati, D., 2009).
The option with robust standard errors was used in order to get
rid of the presence of heteroscedasticity, which was found to be
present using the Breusch-Pagan test. However, the coefficients for
both the standard and robust options do not vary significantly.
From the empirical findings that we have obtained from the
econometric analysis, we have gathered a substantial amount of
information regarding the impact of bureaucratic inefficiencies and
firm level characteristics. The results show that there is a
substantive amount of statistical evidence to suggest that our
empirical model provides key insights regarding this relationship
47
(see Table 8).
First of all, let us look at how the probability of the firm
participating in bribery increases as our focus variables – customs
and trade regulations, tax administrations and business licenses and
permits – are present. Note that all increase the probability of the
firm participating in bribery by 12-14 percent (14.91%, 12.06%, and
13.66% respectively relative to firms that do not find the
government their biggest obstacle). Being statistically significant,
this fact is quite alarming especially for firms starting out. In effect,
bribery is in the form of a percentage of the cost of the firms to
bribe, and as the likelihood for firms to participate in bribery
increases, the probability that the firm will incur additional costs
will increase as well – which acts as a barrier for new firms to enter
the market (Blackburn, Bose, & Capasso, 2008). Although barriers
could also act as a screening process to “sift” the competitive firms
from the ones that cannot cope up with the competition, the system
itself creates an opportunity loss as the firms taken out from the
competition could possibly gotten better in the future.
Other interesting findings that we can get from the regression is
that firm characteristics in terms of size and sales have a positive
and statistically significant effect on the probability of the firm to
participate in bribery; .0402951 for medium firms relative to small
48
firms, .0439025 for large firms relative to small firms, .0022692 for
every increase in the percentage of domestic trade, and .0018469
for every increase in the percentage of direct exports3. In
consideration of the marginal effects in the manufacturing sector
and small firms, we get the total effect of the firm characteristics
stated in the computation below:
Services−|Manufacturing|=total effect of the Manufacturing Sector ¿bribery
.0346959−|−.0396438|=−0.0049479=negative effect for services sector firms
Other Industries−|Manufacturing|=total effect of other industries ¿bribery
.0532141−|−.0396438|=0.0135703=positive effect for firms∈other industries
Medium−|Small|=Total effect of Mediumfirms ¿bribery
.0402951−|−.0412412|=−0.0009461=negativeeffect for medium firms
Large−|Small|=Total effect of Large firms¿bribery
.0439025−|−.0412412|=0.0026613=positive effect for large firms
Taking the absolute value of the base allows us to get the actual
3 Interpreting dummy variables: The values of the dummies are in relation to the dropped dummy (Gujarati & Porter, 2011). Dropped dummy then becomes the basis of the whole sample – meaning to say that the constant contains the dropped dummy. Marginal Effects of the dropped variables are shown in Appendix A.
49
difference between the dropped dummy with respect to what was
not dropped. With the calculations above, we were able to
determine the total marginal effects of the significant firm variables
of the sample (for interpretation). It can be noted that the total
effect of services sector is negative, yet significant only at the ten
percent level of significance, which goes to show that the possibility
of the policy becoming erroneous. However for other industries,
which include IT, transportation, wholesale, other services, hotels
and restaurants, and construction4, the total effect is positive –
which can be inferred that these industries are more likely to
participate in bribery.
As for firm size, it can be noted that as the size increases, the
values of the marginal effects of the size becomes positive. Although
medium firms have a total negative effect, firms that are large have
a total added probability to participate in bribery. This clearly
supports the theories of Blackburn, Bose and Capasso (2008) that as
the marginal benefit of bribery (as larger firms have a larger
opportunity cost in production and sales), the probability that the
firm will decide to participate in bribery increases.
It can be noted that firm ownership does not have any
statistically significant effect; which neither affirms nor rejects our
4 Taken from the Enterprise Survey’s classification of other industries, wholesale is not part of the Services sector.
50
a-priori expectations. Intuitive to the results from customs, tax and
business licenses and permits, firm size and competition do have a
strong significant effect on the firm’s decision to bribe, due to the
costs that are integral to starting a business.
The average cost and time to put up a business as well as the
percentage of GDP from trade (a proxy for firm competitiveness) all
have a positive and statistically significant effect on the probability
of the firm to participate in bribery. This goes to show that
competition drives the firm to start business early in order to
recover from the costs of doing business, which then again, affects
competition.
The results generated from the regression goes to show how the
institution itself allows corrupt activities to continue, due to the
increase in the incentive for the firms to bribe. In effect, the system
allows this to occur and furthermore affects the overall chance for
micro, small and medium businesses to begin and integrate into the
market.
Therefore, the sample logistic regression function is stated as
follows:
Pr ( Bribe )=.22191582+.1491254 customregulation i+.1365819 businesslicensei+.1206133 taxregulationi+.0346959 services+.0532141 otherindustry+.0402951 mediumi+.0439025 large i−.0009772 domestici−.0001095 foreigni−.000991 govti+.0022692localtradei+.0019383 indirectexport i+.0018469 diretexporti+.0181569 costbusinessi+.0031569timebusinessi+.0041012 tradegdpi
51
Table 8: Model Results (marginal effects)5
VARIABLES LOGISTIC REGRESSION PROBIT REGRESSIONDependent Variable: bribe Dependent Variable: bribe
Customregulation .1491254*** .1491352***(.04767) (0.04678)
taxregulation .1206133** 0.1210105**(.05704) (0.05689)
businesslicense .1365819*** 0.1342439***(.05131) (0.05041)
services .0346959* 0.0322529(.02436) (0.02052)
otherindustry .0532141** 0.0539037**(0.126) (0.02399)
medium .0402951** 0.0422265**(.01772) (.01748)
large .0439025** .0461865 **(.02128) (.02097)
domestic -.0009772 -.0009184(.00088) (.00088)
foreign -.0001095 -.0001934(.00089) (.0009)
govt -.000991 -.0009165(.00302) (.00304)
localtrade .0022692*** .0023808 ***(.00078) (.0008)
indirectexport .0019383 .0020304(.00136) (.00141)
directexport .0018469 ** .0018801**(.00085) (.00088)
costbusiness .0181569 *** .0180678 ***(.00359) (.00353)
timebusiness .0031569 *** .0031575 ***(.00087) (.00086)
tradegdp .0041012 *** .004149 ***(.00055) (.00055)
Pr (bribe) ceteris paribus .22191582 .22388944
Observations 3,741 3,741
5 Tests for critical assumptions – Muticollinearity, Heteroscedasticity (fixed by using robust option), normality, omitted variable bias and specification test - were conducted to verify if the model is statistically sound (see Appendix A). Robust standard errors are in parentheses. Stars interpreted as *** p<0.01, ** p<0.05, * p<0.1
respectively
52
6. Conclusion and Recommendation
Corruption is a problem that we have to minimize, if not
eliminate altogether, in order to have inclusive political agenda
which results to a more certain economic growth. This has not been
pointed out more clearly than economists such as Acemoglu and
Robinson (2012) who justify the need of inclusive political systems
in order for a nation to work. Gaviria (2002) as well strongly
expressed in his study that corruption as a whole substantially
reduces firm competitiveness, and differs from one country to
another. This is partly due to the unaccounted for costs that firms
incur from the government’s inefficiencies, which in one form be the
excessive regulation that particular countries have and end up
slowing the process of starting out and continuing a business.
Hence, misallocation of resources would cause market failure
(Acemoglu & Verdier, 2000), since the price and quantity
appropriations in the market to be suboptimal, making it difficult to
predict and to account for prior to the transaction. This leads to
barriers to entry and market failure in the short run – which is
important in boosting the economic situation of any country.
This study extends the literature on corruption and bureaucratic
inefficiencies as it applies the methodology used by Herrera and
Lijane (2007) to ASEAN and three other economies. And it has
54
indeed by providing key insights that can prove useful for policy
makers in making sound economic decisions. The results suggest
that there is indeed a strong positive relationship between them.
For clarifying the importance to make governments more
efficient, a theoretical model was formulated to explain the nature
of bribery and its market structure. Knowing full well that the
assumption of a single government per country, we have isolated
the case into a cost-benefit analysis wherein the participation of
firms to corruption would depend on the firm and the country
characteristics, whether or not their choice in participating will
increase or decrease the likelihood of them even thinking about
participating. These firm characteristics are its size, industry type
and its market – which also affects its relationship with the
government. Country characteristics include the average cost and
time required to start a business, specifically the costs incurred with
government transactions such as permits and licenses to sell. In
addition, the countries’ trade competitiveness is also taken into
account in order to see whether or not competition is of the essence
for the firm to participate in bribery.
Take for example a large firm that depends on its export sales.
This firm may have a larger probability in participating in bribery,
as it has to directly sell its products abroad. Since it is highly
55
dependent on export sales, the firm would prefer to have its
products delivered abroad as soon as possible in order to sell
abroad before other competitors get to sell. Moreover, if its country
of origin is highly competitive, then in order to be better than its
competitors, it has to sell more than the others – since market share
is essential for the firm to remain in the competition.
Hence, we conclude that firms consider the option to participate
in bribery depending on their elasticity to it. As the firm acquires
more benefit from the option to bribe, then the probability that it
would participate increases. With our econometric model, which
appropriately determined what the effect of the firm’s perception of
red tape, its characteristics as well as business environment to the
probability that the firm would participate in bribery, we were able
to obtain some interesting results.
Using a Quantitative Response Model, the study suggests that
according to the ASEAN sample of firms from Vietnam, the
Philippines, Lao PDR and Indonesia, countries with more excessive
regulation and overall difficulty in starting a business are more
likely to participate in bribery, along with some interesting results
from the control variables. This empirical part of this study provides
us with substantial reason to believe that bureaucratic
inefficiencies, otherwise known as red tape, provides an incentive
56
for corrupt practices such as bribery to occur, since the opportunity
cost for doing business substantially increases. This strongly
supports the study of Blackburn, Bose and Capasso (2008) that
suggest that asymmetric information between the government and
the private sector lead to procurement contracts (in the form of
bribery) that allow businesses to increase profits through the
government’s appropriation of the bribe to cut red tape.
Furthermore, this study supports Rose-Ackerman’s (1996) argument
that corrupt firms have an incentive to pay the government in order
to restructure the system for their own benefit.
Furthermore, we have identified the firms that are more likely to
bribe. Based on our econometric analysis, the probability for the
firm to bribe increases if the firm:
Is not part of the manufacturing sector
Gets larger in size
Has larger domestic and direct export sales, but
insignificant on indirect exportation
In a country with, on the average, a larger cost to start a
business, as well as a longer time to start a business
In a country with a high percentage of GDP from trade
In order to reduce corruption, one problem that governments
have to put effort on is to improve their services to the private
57
sector, especially in the bureau of customs, the bureau of internal
revenue, and the department of trade and industry, since
inefficiencies in these offices, according to our findings, increase the
likelihood of these firms to participate in bribery. This supports the
theories presented by Blackburn, Bose and Capasso (2008). Another
way to reduce corruption is by reducing the cost and time in doing
business, since the lower the opportunity cost is to start a business,
the firm is less likely to participate in bribery, and since this study
has established that the illicit service that firms buy from the
government becomes more and more expensive (since demand for it
would decrease due to a better government system), it is highly
likely that corruption will decrease, since the market will greatly be
weakened.
There are concrete strategies that have been recommended by
Huther and Shah (2000) in their study that evaluates the impact of
anti-corruption activities. In their study, they have recommended
based on the policies’ relevance, efficacy, efficiency and
sustainability, that for countries with weak to fair quality of
governance, the most effective anti-corruption policies are economic
policy reform, strengthen institutions of participation and
accountability (media, judiciary, as well as citizen participation),
reducing public sector size as well as enforcing the rule of law.
58
These policies that were recommended to the World Bank are in line
with the results of this study, as the strengthening of accountability
would definitely affect the cost as well as the time required to
acquire a business, and enforcing the rule of law will definitely
increase the probability that sanctions to those who do participate
in corrupt practices such as bribery may have a lower incentive to
participate. By introducing policies in order to increase the marginal
cost of participating in bribery, then the probability of firms
participating in bribery will decrease; if there is no incentive for the
firm to participate in bribery in the first place, then why would the
firm do so (Huther & Shah, 2000)?
Such Anti-corruption policies have been implemented by some of
the more economically successful economies in the ASEAN region,
specifically Hong Kong and Singapore. For Hong Kong, the
Independent Commission Against Corruption (ICAC) has eradicated
almost all overt and syndicated type of corruption in the
government, and has provided an excellent business environment in
the economy. They have based their strategies on 1) a Three-
Pronged Strategy, which comprises of deterrence, prevention and
education; 2) Enforcement-Led, which the ICAC primarily focuses
their funding on the enforcement of law; and 3) Professional staff,
which promotes an environment of professionalism in implementing
59
the enforcement of law. This is all backed up with an effective legal
framework, a review mechanism, an equal emphasis on the public
and private sector, and a strong political will in eradicating
corruption (Man-wai, 2011). For Singapore, the Corrupt Practices
Investigation Bureau (CPIB) which was established in 1952 however
before the separation from the United Kingdom was handicapped by
its lack of resources. The Prevention of Corruption Act (POCA)
established a year after Singapore’s independence from the UK,
which strengthened the institutional power that the Bureau has.
One of the strategies that the government took recommended by the
Bureau was to increase the wages of ministers and civil servants,
which generally lowered the loss of talented public servants and
effectively reducing the incidence of bribery and corrupt practices
(Quah, 2007).
It is in the government’s interest for firms to be allowed to
efficiently do business in their respective economies, which will
provide employment and increase the overall economic growth of
the country. However due to the inefficiencies, it has become
common for firms to simply bribe the individuals, for a sum of
money, in order to avoid the sunk costs incurred from waiting for
business contracts and permits. In order to reduce corruption, it
could be best for the government to improve the system and strive
60
to create a seamless relationship between the government offices in
charge of regulating trade in the economy and the businesses which
provide productivity and employment in the country. By doing this it
is possible to reduce the incentive of firms to participate in such
activities in the first place, which is an unnecessary cost that the
firm makes in order to do business. Specifically, had there not been
a problem in terms of inefficiency in the government, the firm would
not have spent for bribery from the very beginning.
61
7. References
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Acemoglu, D., & Verdier, T. (2000). The Choice between Market Failures and Corruption. The American Economic Review, 194-211.
Alemu, A. (2013). The effect of corruption on FDI inflows: Empirical evidence from Asian economies. Global Conference on Business and Financial Proceedings, 280-288.
Asiedu, E., & Freeman, J. (2009). The Effect of Corruption on Investment Growth: Evidence from Firms in Latin America, Sub-Saharan Africa, and Transition Countries. Review of Development Economics, 200-2014.
Batra, G., & Kaufmann, D. A. (2003). Investment Climate around the World: Voices of the firms from the World Business Environment Survey. Washington, D.C.: World Bank.
Besanko, D. A., & Braetigam, R. R. (2011). Microeconomics. New Jersey: John Wiley & Sons, Inc.
Blackburn, K., Bose, N., & Capasso, S. (2008). Living With Corruption: Threshold Effects of Red Tape and Rent Seeking. Department of Economic Studies Working paper 4_2008.
Bolongaita, E. P. (2010, August). An exception to the rule? Why Indonesia’s Anti-Corruption Commission succeeds where others don’t – a comparison with the Philippines’ Ombudsman. U4 Issue, 4-30.
Ciccone, A., & Papaioannou, E. (2007). Red tape and delayed entry. Journal of the European Economic Association, 444–458.
Ehrenberg, R., & Smith, R. (2012). Modern Labor Economics (11th ed.). Boston, MA: Pearson Education.
Enterprise Surveys. (n.d.). The Enterprise Surveys. Retrieved September 2013, from The Enterprise Surveys website: http://www.enterprisesurveys.org/
Everhart, S., Martinez- Vazquez, J., & McNab, R. M. (2009). Corruption, governance, investment and growth in emerging markets. Applied Economics, 1579–1594.
Gaviria, A. (2002). Assessing the Effects of Corruption and Crime on Firm Performance: Evidence from Latin America. Emerging Markets Review, 245-268.
Global Security. (2013, July). Laos - Corruption. Retrieved February 2014, from Global Security Web site: http://www.globalsecurity.org/military/world/laos/corruption.htm
GMA news. (2013, June 3). Moody's hints at 4th PHL investment grade rating this year. Retrieved from GMA News Online: http://www.gmanetwork.com/news/story/311234/economy/business/moody-s-hints-at-4th-phl-investment-grade-rating-this-year
Gujarati, D., & Porter, D. (2009). Basic Econometrics. New York: Mc-Graw Hill.Herrera, A., Lijane, L., & Rodriguez, P. (2007). Bribery and the Nature of Corruption.
MI: Michigan State University.
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Huther, J., & Shah, A. (2000). Anti-Corruption Policies and Programs. Policy Research Working Paper; World Bank 2501.
Javorcik, B., & Wei, S.-J. (2009). Corruption and Cross-Border Investment: Firm Level Evidence. Journal of International Money and Finance, 605-624.
Johnson, S., Kaufmann, D., McMillan, J., & Woodruff, C. (2000). Why do firms hide? Bribes and unofficial activity after communism. Journal of Public Economics, 495-520.
Man-wai, T. K. (2011). Successful anti-corruption strategy & international good practices. The 14th UNAFEI UNCAC Training Programme , 113-122.
Quah, J. S. (2007). Combating Corruption Singapore-Style: Lessons from other Asian countries. Maryland Series in Contemporary Asian Studies, 189-271.
Rose-Ackerman, S. (1996). The Political Economy of Corruption: Causes and Consequences. Washington, D.C.: World Bank note 74.
The World Bank . (2014). Starting a Business Methodology. Retrieved March 5, 2014, from Doing Business: http://www.doingbusiness.org/Methodology/starting-a-business#cost
The World Bank. (1997). Helping Countries Combat Corruption. The World Bank.Torres-Tupas, T. (2013, July 8). Anti- corruption group joins call for probe into P3.8-B
license plate deal. The Philippine Daily Inquirer.Transparency International. (2013, December). Coruptions Perceptions Index.
Retrieved December 2013, from Transparency International Web site: http://www.transparency.org/research/cpi/overview
USAID. (2010). Vietnam Provincial Competitiveness Index 2010.Vogl, F. (1998, June). The Supply Side of Global Bribery. Finance and Development,
pp. 30-33.
63
Appendix A. STATA Results
Linear Probability Model
_cons -.6978877 .1449986 -4.81 0.000 -.9821721 -.4136034 tradegdp .0043356 .0005291 8.19 0.000 .0032982 .005373 timebusiness .0032358 .0008109 3.99 0.000 .0016459 .0048258 costbusiness .0180996 .0033337 5.43 0.000 .0115637 .0246356 directexport .0021419 .0009093 2.36 0.019 .0003591 .0039248 indirectexport .0021332 .0014443 1.48 0.140 -.0006986 .0049649 localtrade .0026632 .0008179 3.26 0.001 .0010596 .0042667 govt -.0009003 .002986 -0.30 0.763 -.0067547 .0049541 foreign -.0001434 .0008865 -0.16 0.871 -.0018814 .0015946 domestic -.0009773 .0008568 -1.14 0.254 -.002657 .0007025 large .0402275 .0192154 2.09 0.036 .0025537 .0779013 medium .0371391 .0162626 2.28 0.022 .0052546 .0690236 otherindustry .0497736 .0215795 2.31 0.021 .0074648 .0920825 services .0327209 .0191391 1.71 0.087 -.0048034 .0702451 businesslicense .1238949 .0426001 2.91 0.004 .0403732 .2074167 taxregulation .1213383 .0492829 2.46 0.014 .0247142 .2179624customregulation .146062 .0391001 3.74 0.000 .0694023 .2227217 bribe Coef. Std. Err. t P>|t| [95% Conf. Interval]
Total 671.405507 3740 .179520189 Root MSE = .41187 Adj R-squared = 0.0551 Residual 631.715424 3724 .169633572 R-squared = 0.0591 Model 39.6900829 16 2.48063018 Prob > F = 0.0000 F( 16, 3724) = 14.62 Source SS df MS Number of obs = 3741
VIF Test for Multicollinearity
Mean VIF 2.22 businessli~e 1.01 0.989302taxregulat~n 1.01 0.989070customregu~n 1.02 0.978971otherindus~y 1.08 0.929112indirectex~t 1.12 0.893584 govt 1.14 0.876681 services 1.16 0.865426 localtrade 1.23 0.813375 foreign 1.24 0.809698 domestic 1.24 0.806122directexport 1.25 0.798734 medium 1.28 0.782494 large 1.47 0.679453timebusiness 3.79 0.263766costbusiness 7.22 0.138432 tradegdp 9.19 0.108781 Variable VIF 1/VIF
Result: Tolerable Multicollinearity: below 10 mean variance inflation factor (Gujarati & Porter, 2011)
64
Breusch-Pagan Test for Heteroscedasticity
Prob > chi2 = 0.0000 chi2(1) = 140.22
Variables: fitted values of bribe Ho: Constant varianceBreusch-Pagan / Cook-Weisberg test for heteroskedasticity
Result: Unrestricted Heteroscedasticity(remedied by using robust option)
Ramsey RESET test for Omitted Variable Bias
Prob > F = 0.1374 F(3, 3721) = 1.84 Ho: model has no omitted variablesRamsey RESET test using powers of the fitted values of bribe
Result: No Omitted Variable Bias at the 90% confidence interval
Specification Test
_cons -.0614725 .0421612 -1.46 0.145 -.1441338 .0211888 _hatsq -.8869522 .5585464 -1.59 0.112 -1.982038 .2081332 _hat 1.51029 .3279022 4.61 0.000 .8674054 2.153175 bribe Coef. Std. Err. t P>|t| [95% Conf. Interval]
Total 671.405507 3740 .179520189 Root MSE = .41096 Adj R-squared = 0.0592 Residual 631.289559 3738 .168884312 R-squared = 0.0597 Model 40.1159471 2 20.0579736 Prob > F = 0.0000 F( 2, 3738) = 118.77 Source SS df MS Number of obs = 3741
Since hatsq is insignificant, then there is no specification error.
65
Normality Test: Reject null at the 95% confidence interval; wherein Ho accepts hypothesis that data is not normal.
Doornik-Hansen chi2(34) = 8.94e+05 Prob>chi2 = 0.0000
Test for multivariate normality
Result: Data is normal at the 95% confidence interval
Corrected Linear Probability Model with robust errors
_cons -.6978877 .1404389 -4.97 0.000 -.9732324 -.4225431 tradegdp .0043356 .0005301 8.18 0.000 .0032963 .0053749 timebusiness .0032358 .000776 4.17 0.000 .0017145 .0047572 costbusiness .0180996 .0031995 5.66 0.000 .0118267 .0243726 directexport .0021419 .0010417 2.06 0.040 .0000996 .0041842 indirectexport .0021332 .0016763 1.27 0.203 -.0011534 .0054197 localtrade .0026632 .0009544 2.79 0.005 .000792 .0045344 govt -.0009003 .0034028 -0.26 0.791 -.0075718 .0057712 foreign -.0001434 .0008563 -0.17 0.867 -.0018223 .0015354 domestic -.0009773 .0008742 -1.12 0.264 -.0026913 .0007368 large .0402275 .0199357 2.02 0.044 .0011416 .0793134 medium .0371391 .0163732 2.27 0.023 .0050377 .0692405 otherindustry .0497736 .0224938 2.21 0.027 .0056722 .093875 services .0327209 .0188133 1.74 0.082 -.0041645 .0696062 businesslicense .1238949 .0472234 2.62 0.009 .0313086 .2164813 taxregulation .1213383 .0562372 2.16 0.031 .0110796 .2315971customregulation .146062 .0450349 3.24 0.001 .0577666 .2343574 bribe Coef. Std. Err. t P>|t| [95% Conf. Interval] Robust
Root MSE = .41187 R-squared = 0.0591 Prob > F = 0.0000 F( 16, 3724) = 12.44Linear regression Number of obs = 3741
Since study is not concerned with forecasting, a low R squared is tolerable.
Robust Logit Regression with marginal effects
66
_cons -6.508943 .9077681 -7.17 0.000 -8.288136 -4.729751 tradegdp .0237518 .0032151 7.39 0.000 .0174503 .0300532 timebusiness .0182832 .0050739 3.60 0.000 .0083384 .0282279 costbusiness .1051543 .0209584 5.02 0.000 .0640767 .1462319 directexport .010696 .004912 2.18 0.029 .0010687 .0203233 indirectexport .0112254 .0078791 1.42 0.154 -.0042173 .0266681 localtrade .0131421 .0045251 2.90 0.004 .004273 .0220111 govt -.0057394 .0174668 -0.33 0.742 -.0399737 .028495 foreign -.0006341 .0051414 -0.12 0.902 -.0107111 .0094428 domestic -.0056595 .0051257 -1.10 0.270 -.0157056 .0043867 large .2455079 .1150874 2.13 0.033 .0199407 .471075 medium .228309 .0983073 2.32 0.020 .0356301 .4209878 otherindustry .2905119 .125966 2.31 0.021 .0436231 .5374007 services .1941258 .1123116 1.73 0.084 -.0260009 .4142525 businesslicense .6770606 .2257732 3.00 0.003 .2345533 1.119568 taxregulation .6052266 .25528 2.37 0.018 .1048869 1.105566customregulation .7328163 .2070755 3.54 0.000 .3269558 1.138677 bribe Coef. Std. Err. z P>|z| [95% Conf. Interval] Robust
Log pseudolikelihood = -1932.8779 Pseudo R2 = 0.0512 Prob > chi2 = 0.0000 Wald chi2(16) = 206.37Logistic regression Number of obs = 3741
Iteration 4: log pseudolikelihood = -1932.8779 Iteration 3: log pseudolikelihood = -1932.8779 Iteration 2: log pseudolikelihood = -1932.8784 Iteration 1: log pseudolikelihood = -1935.7305 Iteration 0: log pseudolikelihood = -2037.2482
(*) dy/dx is for discrete change of dummy variable from 0 to 1 tradegdp .0041012 .00055 7.46 0.000 .003024 .005178 77.3054timebu~s .0031569 .00087 3.61 0.000 .001445 .004869 53.0543costbu~s .0181569 .00359 5.05 0.000 .011113 .025201 19.8207direct~t .0018469 .00085 2.18 0.029 .000186 .003508 3.73269indire~t .0019383 .00136 1.42 0.154 -.000728 .004605 2.18899localt~e .0022692 .00078 2.90 0.004 .000737 .003802 6.74713 govt -.000991 .00302 -0.33 0.742 -.006902 .00492 1.29725 foreign -.0001095 .00089 -0.12 0.902 -.00185 .001631 3.26544domestic -.0009772 .00088 -1.10 0.269 -.002711 .000756 5.66266 large* .0439025 .02128 2.06 0.039 .002191 .085614 .236835 medium* .0402951 .01772 2.27 0.023 .005561 .075029 .324245otheri~y* .0532141 .02436 2.18 0.029 .00547 .100959 .118952services* .0346959 .02071 1.67 0.094 -.005903 .075295 .172948busine~e* .1365819 .05131 2.66 0.008 .036015 .237149 .025929taxreg~n* .1206133 .05704 2.11 0.034 .008819 .232407 .019246custom~n* .1491254 .04767 3.13 0.002 .055702 .242548 .031275 variable dy/dx Std. Err. z P>|z| [ 95% C.I. ] X = .22191582 y = Pr(bribe) (predict)Marginal effects after logit
67
Robust Probit Regression with marginal effects
_cons -3.807825 .5135304 -7.41 0.000 -4.814326 -2.801324 tradegdp .0138729 .0018373 7.55 0.000 .0102718 .0174741 timebusiness .0105577 .0028699 3.68 0.000 .0049328 .0161826 costbusiness .060413 .0118318 5.11 0.000 .0372232 .0836028 directexport .0062865 .0029418 2.14 0.033 .0005207 .0120523 indirectexport .006789 .004701 1.44 0.149 -.0024248 .0160029 localtrade .0079606 .002679 2.97 0.003 .0027098 .0132114 govt -.0030645 .0101647 -0.30 0.763 -.022987 .0168581 foreign -.0006468 .0029979 -0.22 0.829 -.0065225 .005229 domestic -.0030707 .0029579 -1.04 0.299 -.0088681 .0027266 large .1500569 .0662945 2.26 0.024 .020122 .2799918 medium .1386957 .0564425 2.46 0.014 .0280704 .249321 otherindustry .1719691 .0733073 2.35 0.019 .0282893 .3156488 services .1051498 .065333 1.61 0.108 -.0229006 .2332002 businesslicense .3977442 .1361872 2.92 0.003 .1308222 .6646663 taxregulation .3613138 .1553835 2.33 0.020 .0567678 .6658598customregulation .438185 .1248943 3.51 0.000 .1933966 .6829734 bribe Coef. Std. Err. z P>|z| [95% Conf. Interval] Robust
Log pseudolikelihood = -1932.0139 Pseudo R2 = 0.0517 Prob > chi2 = 0.0000 Wald chi2(16) = 208.80Probit regression Number of obs = 3741
Iteration 3: log pseudolikelihood = -1932.0139 Iteration 2: log pseudolikelihood = -1932.0139 Iteration 1: log pseudolikelihood = -1932.2733 Iteration 0: log pseudolikelihood = -2037.2482
(*) dy/dx is for discrete change of dummy variable from 0 to 1 tradegdp .004149 .00055 7.57 0.000 .003075 .005223 77.3054timebu~s .0031575 .00086 3.68 0.000 .001477 .004838 53.0543costbu~s .0180678 .00353 5.12 0.000 .01115 .024986 19.8207direct~t .0018801 .00088 2.14 0.033 .000156 .003604 3.73269indire~t .0020304 .00141 1.44 0.149 -.000725 .004786 2.18899localt~e .0023808 .0008 2.97 0.003 .00081 .003952 6.74713 govt -.0009165 .00304 -0.30 0.763 -.006875 .005042 1.29725 foreign -.0001934 .0009 -0.22 0.829 -.001951 .001564 3.26544domestic -.0009184 .00088 -1.04 0.299 -.002652 .000815 5.66266 large* .0461865 .02097 2.20 0.028 .005092 .087281 .236835 medium* .0422265 .01748 2.42 0.016 .007968 .076485 .324245otheri~y* .0539037 .02399 2.25 0.025 .006891 .100916 .118952services* .0322529 .02052 1.57 0.116 -.007959 .072465 .172948busine~e* .1342439 .05041 2.66 0.008 .035444 .233043 .025929taxreg~n* .1210105 .05689 2.13 0.033 .0095 .232521 .019246custom~n* .1491352 .04678 3.19 0.001 .057444 .240827 .031275 variable dy/dx Std. Err. z P>|z| [ 95% C.I. ] X = .22388944 y = Pr(bribe) (predict)Marginal effects after probit
68
Finding the Marginal Effects of the dropped variables
(*) dy/dx is for discrete change of dummy variable from 0 to 1 tradegdp .0041025 .00055 7.46 0.000 .003025 .00518 77.3054timebu~s .0031589 .00087 3.62 0.000 .001447 .004871 53.0543costbu~s .0181432 .00359 5.05 0.000 .011102 .025185 19.8207direct~t .0018346 .00083 2.20 0.028 .000199 .00347 3.73269indire~t .001927 .00136 1.42 0.156 -.000736 .00459 2.18899localt~e .002265 .00078 2.90 0.004 .000735 .003795 6.74713 govt -.000857 .00299 -0.29 0.774 -.00672 .005006 1.29725 foreign -.0000993 .00088 -0.11 0.910 -.001831 .001632 3.26544domestic -.0009566 .00088 -1.08 0.279 -.002689 .000776 5.66266 small* -.0412412 .01519 -2.72 0.007 -.071009 -.011474 .43892manufa~g* -.0396438 .01649 -2.40 0.016 -.071965 -.007323 .70008busine~e* .1365429 .05137 2.66 0.008 .035854 .237231 .025929taxreg~n* .1205833 .05687 2.12 0.034 .009116 .232051 .019246custom~n* .1489769 .04768 3.12 0.002 .05553 .242424 .031275 variable dy/dx Std. Err. z P>|z| [ 95% C.I. ] X = .22197345 y = Pr(bribe) (predict)Marginal effects after logit
. mfx
.
_cons -6.045729 .8822213 -6.85 0.000 -7.774851 -4.316607 tradegdp .0237547 .0032173 7.38 0.000 .0174489 .0300605 timebusiness .018291 .0050744 3.60 0.000 .0083454 .0282365 costbusiness .1050556 .0209475 5.02 0.000 .0639993 .146112 directexport .0106229 .0048356 2.20 0.028 .0011453 .0201004 indirectexport .0111578 .007866 1.42 0.156 -.0042593 .0265748 localtrade .0131154 .0045157 2.90 0.004 .0042647 .0219661 govt -.0049625 .0173228 -0.29 0.775 -.0389147 .0289896 foreign -.0005752 .0051154 -0.11 0.910 -.0106012 .0094507 domestic -.0055389 .0051218 -1.08 0.280 -.0155775 .0044998 small -.2407871 .0893869 -2.69 0.007 -.4159822 -.065592 manufacturing -.2240087 .0911634 -2.46 0.014 -.4026857 -.0453316 businesslicense .6768039 .2260254 2.99 0.003 .2338022 1.119806 taxregulation .605013 .2545319 2.38 0.017 .1061396 1.103886customregulation .7320823 .2071384 3.53 0.000 .3260984 1.138066 bribe Coef. Std. Err. z P>|z| [95% Conf. Interval] Robust
Log pseudolikelihood = -1933.3432 Pseudo R2 = 0.0510 Prob > chi2 = 0.0000 Wald chi2(14) = 205.20Logistic regression Number of obs = 3741
69
(*) dy/dx is for discrete change of dummy variable from 0 to 1 tradegdp .0041472 .00055 7.56 0.000 .003073 .005222 77.3054timebu~s .0031586 .00086 3.68 0.000 .001478 .004839 53.0543costbu~s .0180388 .00353 5.11 0.000 .01112 .024957 19.8207direct~t .0018698 .00087 2.16 0.031 .000173 .003567 3.73269indire~t .002024 .0014 1.44 0.150 -.000729 .004777 2.18899localt~e .0023794 .0008 2.97 0.003 .00081 .003949 6.74713 govt -.0007719 .00302 -0.26 0.798 -.00669 .005146 1.29725 foreign -.0001888 .00089 -0.21 0.832 -.001937 .00156 3.26544domestic -.0008942 .00088 -1.01 0.312 -.002626 .000838 5.66266 small* -.04374 .01507 -2.90 0.004 -.073282 -.014198 .43892manufa~g* -.0389548 .01643 -2.37 0.018 -.07116 -.00675 .70008busine~e* .134427 .05044 2.67 0.008 .03557 .233285 .025929taxreg~n* .1208975 .05679 2.13 0.033 .009596 .232199 .019246custom~n* .1491178 .04679 3.19 0.001 .057408 .240827 .031275 variable dy/dx Std. Err. z P>|z| [ 95% C.I. ] X = .22396528 y = Pr(bribe) (predict)Marginal effects after probit
. mfx
_cons -3.532474 .4996524 -7.07 0.000 -4.511774 -2.553173 tradegdp .0138643 .0018388 7.54 0.000 .0102604 .0174683 timebusiness .0105592 .0028702 3.68 0.000 .0049338 .0161846 costbusiness .0603045 .0118315 5.10 0.000 .0371151 .0834939 directexport .0062508 .0028943 2.16 0.031 .000578 .0119236 indirectexport .0067662 .0046957 1.44 0.150 -.0024372 .0159697 localtrade .0079545 .0026757 2.97 0.003 .0027102 .0131987 govt -.0025803 .0100949 -0.26 0.798 -.022366 .0172053 foreign -.0006311 .0029825 -0.21 0.832 -.0064766 .0052145 domestic -.0029893 .0029553 -1.01 0.312 -.0087815 .0028029 small -.1472866 .0511304 -2.88 0.004 -.2475004 -.0470729 manufacturing -.1278068 .0529882 -2.41 0.016 -.2316617 -.0239518 businesslicense .3981869 .1362299 2.92 0.003 .1311812 .6651927 taxregulation .3609567 .1550994 2.33 0.020 .0569674 .664946customregulation .4380837 .1249082 3.51 0.000 .1932681 .6828993 bribe Coef. Std. Err. z P>|z| [95% Conf. Interval] Robust
Log pseudolikelihood = -1932.5364 Pseudo R2 = 0.0514 Prob > chi2 = 0.0000 Wald chi2(14) = 207.43Probit regression Number of obs = 3741
Iteration 3: log pseudolikelihood = -1932.5364 Iteration 2: log pseudolikelihood = -1932.5364 Iteration 1: log pseudolikelihood = -1932.7892 Iteration 0: log pseudolikelihood = -2037.2482
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Appendix B. Initial Regressions
The results of the first regression analysis, which considers only
the 3 vectors: redtape, firm, other country; of the sample firms show
that the marginal effects of the logistic regression for customs and
trade regulations is .1516958– which indicates that according to the
sample, if the firm’s biggest obstacle is the regulations of customs
and trade, then the firm is more likely to participate in bribery by
0.15. This is rather alarming, since this we may infer that the
difficulty derived from customs is an increased incentive for firms to
result to corrupt practices in order to bypass this problem. For tax
administration, which has a logistic marginal effect of 0.1358,
indicates that firms that find tax administration related problems
their biggest obstacle increases the likelihood of participating in
bribery by 0.136 – which also means that tax administration
problems invoke an incentive for firms to participate in bribery also
in order to bypass the system. A similar result can be found as well
from the business licences and permits, with its marginal effects at
0.1399, which indicates that firms are more likely to participate in
bribery by 0.14 if they find business licences and permits their
major obstacle in business.
For firm characteristics, two of the seven variables are
statistically significant. One of them is the manufacturing sector,
71
which at the 10% confidence interval the marginal effects indicates
that for a typical firm in the manufacturing sector will decrease its
likelihood to bribe by -.038. This actually is interesting, since the
results suggest that the manufacturing sector may less likely
participate in bribery. It could be due to the high sanction that is
imposed once the firm is caught, or that reputation may be at stake,
however since this inference only relies on the firm level data
available, from at least 3000 firms per country (besides Lao PDR),
there are firms that did not answer the question, so it is possible
that it may be a data error. Nevertheless, it is still highly likely that
bribery is not as probable in the manufacturing sector. Services, on
the other hand, does not show as statistically significant, since the
confidence interval has both a negative and positive result from the
regression- meaning to say that there are too many firms from the
services sector that either did or did not participate in bribery,
increasing the error term and making it quite difficult to provide a
direct inference regarding the relationship.
Table I . Marginal Effects (First Regression)
LOGIT PROBITVARIABLES bribe bribe
dum_cust 0.1516958*** 0.1507742***(0.04767) (0.04676)
dum_tax 0.135875 ** 0.1371953 **(0.05896) (0.05829)
dum_business 0.1399513*** 0.1370315 ***72
(0.05097) (0.05029)manufacturing -0.0380613* -0.040287 *
(0.02216) (0.02212)services -0.0133041 -0.0167355
(0.02499) (0.02511)small -0.06552 *** -0.0683048***
(0.0186) (0.01859)
medium -0.0168252 -0.0178054(0.01815) (0.01841)
domestic -0.000578 -0.0008553(0.00078) (0.00089)
foreign -0.0005124 0.0000548(0.00088) (0.0009)
govt -0.0010741 -0.000736(0.00307) (0.00304)
tradegdp 0.0042643 *** 0.0043595***(0.00055) (0.00055)
costtostartabusiness 0.0186293*** 0.018927***(0.00362) (0.00354)
timerequiredtostartabusiness 0.0031376*** 0.0032333***(0.00088) (0.00086)
Constant 0.22325986 0.2251367
Observations 3,742 3,742
Robust standard errors in parentheses
*** p<0.01, ** p<0.05, * p<0.1
A small firm, in our sample, is less likely to participate in bribery,
since according to our logistic regression the marginal effect is
-.06552. This unlikelihood for small firms to participate in bribery
73
may suggest that these firms find the price of the bribe too high and
would rather incur the time cost. This can explain one assumption of
our theoretical model, wherein for these firms, the marginal cost of
bribes is higher than the marginal benefit that they get from the
illicit service. Regarding medium firms, they are deemed
insignificant in this model, simply because the interval has both
positive and negative signs – which may suggest that there is no
direct relationship between the probability of bribing and the firm
being medium sized. Considering dummy variable trap, we did not
include large firms.
The ownership of the firm in this sample is insignificant. This
suggests that there is no direct correlation between the different
stakeholders of the firm and its participation in bribery.
The other country variable used in this study, trade as share of
GDP, has a positive and significant correlation to bribery. From the
regression we can infer that a percentage increase in trade’s share
in GDP, then firms in that country are 1.02 times more likely to
bribe (with a marginal effects value at .0042643). This may be
caused by an overall income effect: the more people doing business
in a country, the higher the probability that the firm will participate
in bribery (since there are more firms in the economy). In addition,
the cost and time to start a business also increases the likelihood of
74
participating in bribery 1.11 times and 1.01 times respectively (with
marginal effects at .0186293 and .0031376 respectively). This
indicates that the overall system of doing business’ efficiency, from
cutting out-of-pocket costs and time will increase bribery incidence
when the system is more inefficient.
In running an unrestricted regression with all the interaction
variables resulted to a dubious result wherein all variables (except
the country variables) in the regression came out insignificant. This
may be a result from problems arising from the fewness of
interaction variables (for example, government and tax interaction
had only two observations, government and business licences and
permits interaction with one observation, while services and
customs did not have at all). In order to circumvent this problem, we
isolated the interactions in separate regressions.
The second regression result includes a set of interaction
variables specifically with industry type with respect to an obstacle
in government, which allows a more specific result. Of the sample
firms, the regression shows that the marginal effects of the logistic
regression for customs and trade regulations are now .1058868. The
biggest obstacle of the sample firms is still the regulations of
customs and trade, and by computing the odds ratio, then we
discover the firm is 2.66 times more likely to participate in bribery,
75
the incentive for the firm to bribe is still significant. However tax
administration as well as business and licenses are insignificant.
For firms under the manufacturing sector interacting with custom
and trade regulation, its marginal effects to bribery is .1256095 in
the logistic regression. Computing for the odds ratio, the
manufacturing firm with custom and regulation as their biggest
obstacle is 0.379 times more likely to bribe, directing to the point
that there is also incentive for the manufacturing firm with custom
and trade regulation as their biggest obstacle to bribe.
For service industry firms, which have tax administration as it
biggest obstacle’s marginal effect to bribery is -.0867874 and
indicates that there is a decrease in bribery incidence in the
services sector which finds tax administration their biggest obstacle.
Now this may indicate that in this sector, firms may have several
reasons not to participate despite the difficulty from tax
administration, leading to the point that their marginal benefit from
participating in bribery may be less than their marginal cost.
Table II. Marginal Effects (Second Regression)
(1) (2)
LOGIT PROBITVARIABLES Bribe bribe
dy/dx dy/dx
dum_cust 0.1058868 ** 0.1062888 **(0.05796) (0.0583)
76
dum_tax 0.0791249 0.0820129(0.06476) (0.06637)
dum_business 0.0926916 0.0907252(0.06655) (0.06596)
manufacturing 0.0115868 0.0110239(0.03613) (0.03667)
services -0.0362612 -0.0397856*(0.02507) (0.02546)
small -0.0033056 -0.0047088(0.03916) (0.03925)
medium 0.0150176 0.0149585(0.04069) (0.04084)
domestic -0.0009343 -0.0008697(0.00089) (0.00089)
foreign 0.0000433 -0.0000209(0.00088) (0.00089)
govt -0.0005258 -0.000486(0.00294) (0.00304)
manu_custom 0.1256095 * 0.1325385*(0.0854) (0.08666)
manu_tax 0.0625526 0.06331(0.07254) (0.07282)
manu_business -0.0018187 -0.0012566(0.05766) (0.06027)
ser_tax -0.0867874** -0.0884357***(0.03786) (0.03894)
ser_business -0.038411 -0.0390928(0.04173) (0.04269)
tradegdp 0.0042771*** 0.0043308 ***(0.00055) (0.00055)
costtostartabusiness 0.0188994*** 0.0188201***(0.0036) (0.00354)
timerequiredtostartabusiness
0.0031609*** 0.0031551***
(0.00088) (0.00086)
Constant 0.22251635 0.22457714Observations 3,742 3,742
77
Robust standard errors in parentheses*** p<0.01, ** p<0.05, * p<0.1
The third regression includes the interaction variables
between the different government obstacles with respect to
ownership. The result yielded no significant marginal effect from the
interaction variables and only 2 firm characteristic variables,
manufacturing and small, resulted with significant marginal effects
of -.0381451 and -.065972 respectively. These show that
manufacturing, as well as the small firm have an unlikelihood of
0.123 and 0.115 to bribe.
Table 5. Marginal Effects (Third Regression)
(1) (2)LOGIT PROBIT
VARIABLES bribe bribedy/dx dy/dx
dum_cust 0.0938707 0.1015138(0.13217) (0.13552)
dum_tax -0.0763199 -0.0748292(0.13971) (0.15298)
dum_business 0.317157 0.3115161(0. 24599) (0.22799)
manufacturing -0.0381451 * -0.0397452*(0.0222) (0.02214)
services -0.0130653 -0.0166938(0 .02502) (0.02513)
small -0.065972 *** -0.0684533***(0.01871) (0.01871)
medium -0.017808 -0.0180138(0.01821) (0.0185)
domestic -0.0009147 -0.0008508
78
(0.00091) (0.00091)
foreign 1.65e-06 -0.0000239(0.00098) (0.00097)
govt -0.0008502 -0.0008214(0.00299) (0.00308)
dom_cust 0.0324053 0.0295547(0.1058) (0.11062)
dom_tax 0.3013302 0.2868782(0.26187) (0.24647)
dom_business -0.1010121 -0.1093167(0.10689) (0.11227)
foreign_cust 0.0596054 0.0552147(0.10302) (0.10453)
foreign_tax 0.0391033 0.0349341(0.1684) (0.16735)
foreign_business -0.0948163 0.16735(0.09216) (0.09678)
govt_cust -0.1132065 -0.1272519(0.11487) (0.12754)
tradegdp 0.0042923*** 0.0043458***(0.00055) (0.00055)
costtostartabusiness 0.0188886*** 0.0188295***(0.00363) (0.00355)
timerequiredtostartabusiness 0.0032001*** 0.0032007***(0.00088) (0.00086)
Constant 0.22293235 0.22482512
Observations 3,741 3,741Robust standard errors in parentheses
*** p<0.01, ** p<0.05, * p<0.1
Running all the regressions, the best model would still be the one
used in Chapter 4, since there is no omitted variable bias, as well as
the intuitiveness of the variables indicated in the model.
79