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Cash holdings and Multinationality: a European perspective
Abstract
Using data from twelve countries in the European Union over a 13-year period (2002-2015) with
9,707 observations, the effect of multinationality and the crisis on cash holdings is examined in a
European setting. Both firm and country characteristics of firms are taken into account. This research
contributes to the fields of risk management in the area of cash holdings and multinationality. Findings
suggest that the cash ratio of companies is not significantly related to multinationality or the financial
crisis. Moreover, findings show that, when taking determinants of cash holdings into account, Dutch
firms have significantly higher cash holdings than eight out of eleven countries in the sample.
Name: Ruben Hanson
Student number: s2359022
Supervisor: dr. R. M. van Dalen
Second Supervisor: prof. dr. B.W. Lensink
Faculty of Business and Economics, University of Groningen
Study Programme: MSc International Financial Management
Field Key Words: JEL: G30 (General Corporate Finance and Governance), G32 (Financial
Risk and Risk Management)
2
Table of Content
Introduction p. 3
Literature Review p. 5
Motives for cash holdings p. 5
Firm characteristics p. 6
Country characteristics p. 9
Cash holdings and the crisis p. 10
Cash holding motives and determinants p.11
Data and methodology p. 12
Model p. 12
Data p. 12
Variables p. 16
Method p. 19
Empirical results p. 20
Conclusion p. 23
References p. 25
Appendix p. 28
3
Introduction
In the first fiscal quarter of 2017, the cash holdings of Apple were 246.1 billion US dollar.
That is the highest cash holding for a non-financial company ever recorded (CNN, 2017). To
put that in perspective, the cash holdings of Apple are higher than the GDP of developed
countries such as New Zealand and Finland (World Bank, 2017).
The high cash holdings of Apple are striking, but Apple is certainly not the only company that
has increased its cash holdings substantially over the last years. According to Moody’s (2016)
corporate cash holdings in the United States have more than doubled from 2006 to 2016. This
could implicate on the one hand that firms have healthy balance sheets that can cope with
adverse shocks. On the other hand it can also be problematic, because these increases in cash
holdings can implicate that firms are reluctant to invest their money. This reluctance to invest
does not benefit countries that are trying to increase their growth rates and employment. As
suggested by Pinkowitz et al. (2016), firms have increased their cash holdings because they
are hesitant to invest for the future.
In earlier research, Pinkowitz et al. (2012) focus on the role that multinational corporations
have in the increase of cash holdings in the United States. They find that multinational
corporations increased their cash holdings from 157 billion dollar in 1998, to 835 billion
dollar in 2010. In this period, multinationals increased their cash holdings by 433 percent
while they increased their assets by 205 percent. On the other hand, domestic firms increased
their cash holdings by 66 percent, while their assets increased by 40 percent. This indicates a
strong positive relationship between multinationality and cash holdings. Nonetheless, this
cannot be said about all countries, as Fernandes and Gonenç (2016) find that this positive
relationship between multinationality and cash holdings only holds in developing countries. In
their sample of companies in 58 different countries they even find a negative relationship
between multinationality and cash holdings.
In the EU non-financial companies in the core-EU (Belgium, Germany, France and Italy)
increased their cash holdings over the period 1995-2010. However, the increase in cash
holdings in the Netherlands is larger than in the core-EU. Cash holdings of non-financial
companies in the Netherlands exceeded those of the core-EU in the period 1995-2012. The
difference between the Netherlands and the core-EU ranged from 7.1 percent of GDP in 1995
4
to 21.6 percent of GDP in 2007. The latest measurement in 2012 shows a difference of 20
percent of GDP (CPB, 2014).
This data presents a clear difference in cash holdings between the Netherlands and the core-
EU. One of the factors that could play a role here is multinationality, which provides mixed
results in the available literature. On the one hand Pinkowitz et al. (2012) found that in the
United States multinationals were responsible for a large part of the increase in cash holdings.
On the other hand Fernandes and Gonenç (2016) find a negative relationship between
multinationality and cash holding. These mixed results will be looked into in more detail for
the EU sample. This will be done using the following research question:
What is the effect of multinationality on cash holdings in the European Union?
After researching this question in the paper, the findings show no significant relationship
between multinationality and cash holdings at any significance level. With regard to the crisis,
it is striking that cash holdings decreased sharply when the crisis began, but cash holdings
increased to levels even higher than pre-crisis levels in recent years. However, in the
regression analysis there was no significant relationship found between cash holdings and the
crisis. When looking at the difference between The Netherlands and other countries in the EU,
it is striking to see that Dutch firms have significantly more cash holdings than eight out of
eleven countries in the sample.
In the remainder of this thesis the following sections are distinguished. The second section
will consist of the literature review. In the literature review there will be a distinction between
the motives for holding cash and the determinants of cash holdings. Section three describes
the data and methodology. This section is composed of the research design and a description
of the variables. The fourth section discusses the results and the final section consists of the
conclusion, which includes limitations and directions for further research.
5
Literature review
The literature review will discuss motives for corporate cash holdings. In the subsequent
sections, these four motives will be linked to firm determinants, country determinants of cash
holdings and the financial crisis. The final section of the literature review provides a summary
of the link between these determinants and the motives for holding cash.
Motives for cash holding
Firms can have different motives to hold cash. According to Bates, Kahle and Stulz (2009)
there are four main motives for holding cash: the transaction motive, the precautionary
motive, the tax motive and the agency motive. These will be discussed in more detail in this
section.
First of all, the precautionary motive argues that firms hold more cash when access to capital
markets is costly, for example due to adverse shocks. Firms with riskier cash flows and poor
access to external capital hold more cash according to this motive. According to Keynes
(1936) the precautionary motive consists of three reasons to hold cash, these are: the ability to
pay unforeseen expenses, the ability to take advantage of opportunities related to
advantageous investments and the ability to pay foreseen expenses. In other words, businesses
hold cash today to be able to utilize investment opportunities in the future and to be able to
pay expenses.
The second motive provided by Bates et al. (2009) is the transaction motive. This motive
takes into account the costs that are related to changing a financial asset into cash and using
cash for payments. As there are economies of scale with this motive, it is expected that larger
firms will hold less cash.
The tax motive implicates that firms that are subject to repatriation of taxes because of foreign
earnings have higher cash holdings. They have higher cash holdings as they hold their cash in
order to pay less taxes. Because of this, multinationals are expected to have higher cash
holdings compared to local companies as they are more likely to be subject to repatriation of
taxes as they have more business abroad. According to Foley et al. (2006, p24) “affiliates in
countries with low tax rates, which imply high tax costs of repatriating earnings, hold more
cash than other affiliates of the same firm”.
6
Finally, the agency motive is concerned with shareholder and creditor protection by the legal
system (Ferreira & Vilela, 2004). In countries with little shareholder and creditor protection
entrenched managers are more likely to retain cash than to increase pay-outs to shareholders
when the firm has poor investment opportunities. They accumulate cash to be able to
influence the investment decisions of the firm more. In this case bad corporate governance
would lead to higher cash holdings.
Firm characteristics and cash holdings
In terms of determinants of cash holdings, a distinction can be made between country
characteristics and firm characteristics. The firm characteristics that can affect cash holdings
will be discussed first.
Multinationality
Multinationality can affect cash holdings in two ways. First, based on the transaction motive,
large multinationals can have economies of scale with regard to cash management and thus
they are expected to hold relatively less cash. This is supported by the findings of Fernandes
and Gonenç (2016) who find a negative relationship between cash holdings and
multinationality. However, their results indicate a difference between emerging and
developed countries. Cash holdings tend to decrease when foreign sales of multinationals
increase in developed markets, while the contrary is the case in emerging markets. Opposed to
this reasoning there is the tax motive, which implicates that multinationals hold more cash
compared to domestic firms. Bates et al. (2009, p1989) argue that “corporations that would
incur tax consequences associated with repatriating foreign earnings hold higher levels of
cash”. As multinationals experience the consequences of this repatriation the most, they are
expected to hold more cash. This is supported by the findings of Pinkowitz et al. (2012), who
find that a large part of the increase in cash holdings in the United States is due to the increase
of cash holdings by multinational firms.
Following the transaction motive and the research of Gonenç and Fernandes (2016) would
lead to predicting a negative relationship between cash holdings and multinationality,
especially because the sample used in this paper consists of developed markets. On the other
hand, following the tax motive and the research of Pinkowitz et al. (2012) one could argue
that there is a positive relationship between cash holdings and multinationality. Because there
7
seems to be no stronger evidence for one of both relationship, the following hypothesis is set
up:
Hypothesis 1: Cash holdings in Europe are affected by multinationality of firms.
Substitutes
There are different substitutes of cash holdings that affect the level of cash holdings in a firm.
It is expected that these substitutes are negatively related to cash holdings, as there is less
need to hold cash when a company is in possession of a substitute (Ferreira & Vilela, 2004).
This is in line with the precautionary motive, as substitutes decrease the necessity to hold cash
to be able to pay future investments and expenses. Substitutes for which a negative
relationship is expected are net working capital and dividends. Net working capital consists of
substitutes for cash, thus assets that can easily be turned into cash. With regard to dividends
Opler et al. (1999) mention that firms that pay dividend can raise capital by stopping to pay
dividend. Thus for firms that pay dividends to their shareholders, there is less need to hold
cash as they are in possession of a substitute.
Another determinant that can be seen as a substitute for holding cash is leverage. When
borrowing is seen as a substitute for cash, a negative relationship with cash holdings is
expected. However, when leverage of a firm increases, then the firm is increasingly likely to
experience financial distress. For this reason these firms increase their cash holdings to
decrease the risk of bankruptcy, thus for higher levels of leverage this argument suggests that
there is a positive relationship between leverage and cash holdings (Guney, Ozkan & Ozkan,
2007). This can be linked to financially constrained firms, which are discussed next.
Financially constrained firms
Financially constrained firms are more likely to hold higher levels of cash, as they have
greater difficulties to attract external capital compared to non-constrained firms. Highly
leveraged firms are expected to face greater costs of financial distress and thus they are likely
to hold more cash. Moreover, in line with this argument, industries with greater industry cash
flow volatility are expected to hold more cash, as they face greater difficulties to attract
external capital. (Denis & Sibilkov, 2009). This is because attracting external capital is more
difficult for businesses in high risk industries. Consequently, as financially constrained firms
need to hold more cash to pay for future investments and expenses, this can be linked to the
precautionary motive.
8
Firm size
The negative relation between firm size and cash holdings found by Opler et al. (1999) can be
due to the fact that smaller firms are often younger and not as well-known as larger firms.
Therefore they will need to hold more cash in order to be able to utilize their investment
opportunities as they will have less access to capital markets compared to larger firms in the
case of market imperfections (Denis & Sibilkov, 2009). This is in line with the precautionary
motive. Moreover, it can be argued that there are economies of scale and thus larger firms will
hold less cash, which is in line with the transaction motive. (Bates, Kahle and Stulz, 2009).
Investment
According to Haushalter, Klasa and Maxwell (2006) firms with higher cash holdings are more
likely to increase their investment compared to other firms in their industry. Based on these
results one would expect a positive relationship between cash holdings and investment. Three
different types of investment are examined: R&D spending, capital expenditure and
acquisitions. First of all, in industries with high research and development (R&D) spending,
having more cash turns out to be more important for business performance compared to
industries with low R&D spending (Fresard, 2010). This leads to the expectation of a positive
relationship between cash holdings and R&D spending. Secondly, the findings of Opler et al.
(1999) show a positive relationship between capital expenditure and cash holdings. Firms
with high cash holdings invest in capital expenditure even when investing opportunities are
poor. Finally, firms with higher levels of cash holdings are more likely to make acquisitions
according to research by Harford (1998). In line with the agency motive of holding cash, he
finds that when there is bad governance in the firm, these acquisitions are often value
decreasing. This leads to the expectation of a positive relationship between acquisitions and
cash holdings. Besides the agency motive, the precautionary motive is relevant here as well,
as firms that invest more need to hold more cash to be able to finance future investments.
Another relevant factor here is the market-to-book value, as this is a measure of investment
opportunities or growth opportunities (Chen and Zao, 2006). Bates et al. (2009) argue that
firms with better investment opportunities will have higher cash holdings as it is costly for
these firms not to be able to use these investment opportunities. This argument is in line with
the precautionary theory.
9
Cash flow
The effect of the cash flow on cash holdings can be explained in two ways. On the one hand it
can be argued that firms with higher cash flows accumulate more cash and thus have higher
cash holdings (Bates et al., 2009). This positive relationship is also found by Opler et al.
(1999). On the other hand, firms that have higher cash flows do not need to hold as much cash
as firms with lower cash flows as they can replenish their cash holdings more quickly
(Pinkowitz et al, 2016), which is in line with the precautionary motive.
Raising capital
Bates et al. (2009) argue that firms that raise capital have higher cash holdings just after they
raised this capital. After this their levels of cash will decrease as they spend the money they
raised. This effect of raising capital can be caused both by issuing debt and issuing equity.
Using the precautionary motive, it can be argued that firms that raised more capital will have
higher levels of cash holdings, as businesses will save this capital for when they need it.
Country characteristics and cash holdings
Next to the firm characteristics that influence cash holdings, the external environment of a
firm has an impact on this as well. Therefore the next section will deal with the country
characteristics. There are different country characteristics that can be distinguished which can
affect corporate cash holdings, such as the quality of institutions and the economic and
financial development of countries. Pinkowitz et al. (2016) distinguish these characteristics as
well and argue that institutions have an impact on the type of investment decisions that
companies make in a certain country. As the risk of expropriation increases, it become more
likely that a company will invest in assets that are harder to expropriate. As this affects the
firm characteristics of the companies operating in a country, cash holdings also differ as
institutions differ.
Moreover, firms in countries that have a poor investor protection are expected to hold more
cash, as they are subject to more agency problems (Dittmar, Mahrt-Smith, 2003). This is
confirmed by Pinkowitz et al. (2006), who find that cash that is held by companies in
countries with poor investor protection is valued less compared to countries with high investor
protection.
10
With regard to financial and economic development, Love (2001) finds that companies in
countries with more developed financial markets have lower corporate cash holdings.
Developed financial markets make it easier for companies to attract money when they need
funds, therefore decreasing their need to hold cash in the firm, which is in line with agency
theory.
The crisis and cash holdings
The precautionary and transaction motives can explain why the 2007 financial crisis can
affect corporate cash holdings. First of all, the precautionary motive states that firms hold
more cash when access to capital markets is costly, which can be the case due to adverse
shocks such as a financial crisis. Thus, when firms were hit by the crisis, the precautionary
motive leads to the expectation that firms decreased their cash holdings, as they were holding
cash as a buffer that could be used in case of an adverse shock.
The second motive that affects cash holdings in times of crisis is the transaction motive,
which deals with the costs related to converting a noncash financial asset into cash. In a crisis
banks do not supply as much loans as usually. This makes borrowing for companies more
expensive or even impossible in a crisis. Therefore it is expected that cash holdings decrease
for companies during a crisis as they have to use internal funds instead of external funds to
finance their operations.
These two motives both expect cash holdings to decrease in times of crisis and these
arguments are supported by the research of Campello, Graham and Harvey (2010), who find
that firms that were financially constrained during the crisis were forced to decrease their cash
holdings in order to deal with the financial crisis. Moreover, Almeida et al. (2009) state that
firms used cash holdings and other relatively cheap sources of funding to mitigate the effect
of maturing debt when the crisis hit them in 2008. Kahle and Stulz (2013) have somewhat
different results. They find that firms that were not dependent on credit before the crisis
decreased their cash holdings during the crisis. However, firms that were dependent on credit
before the crisis did not reduce their cash holdings during the crisis. Pinkowitz et al. (2012,
2016) provide mixed results regarding the effect of the crisis on cash holdings. On the one
hand they find countries that clearly increased their cash holdings after the crisis compared to
before the crisis such as Japan. On the other hand they find that in the United Kingdom cash
holdings are clearly lower after the crisis compared to before the crisis. Overall, prior research
11
provides either mixed results or a negative relationship between the crisis and cash holdings.
As only the negative relationship is supported by the motives, it is expected that there will be
a negative relationship between the crisis and cash holdings.
Cash holding motives and determinants
The expected relationships between the motives and the determinants of cash holdings is
summarized in table 1. It stands out that only multinationality is expected to have a negative
effect on cash holdings based on the transaction motive, while it has a positive effect on cash
holdings based on the tax motive. Moreover, the country related determinants (quality of
institutions and economic and financial development) and the crisis are expected to have a
negative relationship with cash holdings.
Table 1. Expected relationships between motives and determinants
Table 1 describes the expected relationship between the motives and the determinants of cash holdings discussed
in the literature review.
Precautionary Transaction Tax Agency
Firm determinants
Multinationality Negative Positive
Substitutes Negative
Financially constrained firms Positive
Firm size Negative Negative
Investment Positive Positive
Cashflow Negative
Raising Capital Positive
Country determinants
Quality of institutions Negative
Economic and financial development Negative Negative
Crisis
Crisis Negative Negative
12
Data & methodology
Based on the literature above, the effect of multinationality on cash holdings will be
investigated. The following set up will be used to test the hypothesis and to find out what the
effect is of multinationality on cash holdings in the European Union.
Model
The following equation is used to answer the research question:
Cash holdingsi,c,t = α + β1*Multinationalityi,c,t + β2*Firm Controli,c,t + β3*Country Control,c,t
+ β4*Crisisi,c,t + 𝜀i,c,t
In which i is a subscript of firms, c is a subscript of countries and t is a subscript of time.
Using this model, the goal is to find the effect of multinationality on cash holdings. This
model controls for different firm and country characteristics discussed in the literature review.
The following section elaborates on the data composition and the different variables used.
Data
The sample period examined in this research will cover the years 2002 to 2015, this period is
chosen to have a large sample of both the pre-crisis and the crisis period. In order to create the
sample, countries from the European Union were selected. Next, countries that did not have
enough characteristics available were dropped. This resulted in a sample consisting of firms
from the Netherlands, Germany, France, Italy, Slovakia, Spain, Portugal, Luxembourg,
Ireland, Austria, Belgium and Greece. Firms from these countries were found using the Orbis
database, firm codes were then used to download firm data from the Datastream database.
Selected firms needed to be headquarters of publicly listed firms. This was done to make sure
that every company was present only once in the sample and to make sure that there was
enough information. Furthermore, firms that had no data on cash holdings and total assets
were omitted from the sample as these variables form the dependent variable. Financial and
utility companies are excluded from the sample in line with Opler et al. (1999). They argue
that this is necessary because the business of financial firms includes inventories of
marketable securities that are part of cash holdings, moreover they are subject to regulations
regarding capital requirements. Utility firms are excluded because they can be subject to
regulatory supervision of the government, which can lead to restrictions with regard to cash
13
holdings. Initially, the sample consisted of 1082 firms. After omitting firms from the sample
that did not have sufficient data or were not available in the Datastream database, 1040 firms
were left in the sample.
The descriptive statistics in table 2 show that there are 9,707 observations of companies over
the sample period for the dependent variable cash ratio. The cash ratio has a minimum value
of 0 and a maximum value of 0.99 and the reported mean is 0.14.
Table 2. Descriptive statistics
Variable Observations Mean Std. Dev. Min Max
Cash ratio 9.707 0.1362 0.1410 0.0000 0.9889
Multinational 9.707 0.7436 0.4367 0.0000 1.0000
Crisis 9.707 0.6414 0.4796 0.0000 1.0000
Size 9.707 12.8192 2.2260 6.6631 19.7395
Cash flow 9.707 0.0608 0.1304 -2.6627 2.5121
R&D 9.707 10.1461 146.2722 0.0000 7735.2900
Capex 9.707 5.0798 7.2234 0.0000 190.0000
Equity
Issuance
9.707 0.0225 0.0964 -0.1116 2.1857
NWC 9.707 0.0164 0.1835 -1.4646 0.7884
Leverage 9.707 0.2392 0.1809 0.0000 0.9960
Industry
Volatility
9.707 128489.7000 194352.5000 489.0531 4760697.0000
MTB 9.707 1.6135 3.7509 0.0551 89.7045
Dividend 9.707 0.6384 0.4805 0.0000 1.0000
WGI 9.707 0.0351 1.0148 -2.6873 1.6945
ASDI 9.707 0.3449 0.1069 0.2028 0.7889
RADI 9.707 3.3029 0.8231 2.0000 5.0000
Bank Credit 9.707 96.2092 24.4605 29.8046 172.4112
Turnover 9.707 0.8890 0.5773 0.0015 3.7725
GDP 9.707 39377.0900 9926.5490 11144.4300 110001.1000
Figure 1 illustrates the development of cash holdings in the sample. Striking about this graph
is that the cash ratio decreases in from to 2007 to 2008, when the financial crisis affected the
world economy heavily. However, after this decrease, the cash ratio is almost at pre-crisis
level again in 2009 and after a somewhat constant period from 2009 to 2012, the cash ratio
increases to a level that is even higher than before the crisis.
14
0
0,02
0,04
0,06
0,08
0,1
0,12
0,14
0,16
0,18
Figure 1. Average cash ratio of firms in the sample
To look into this in more detail, table 3 provides the cash ratio means per country over the
sample period of the countries that have ten or more companies in the sample, which leads to
the exclusion of Slovakia in the table. The table shows that for every country, the cash ratio
falls from 2007 to 2008. Moreover, in every country, apart from Luxembourg, the cash ratio
increases again in 2009.
Table 3. Country means of cash holdings for every year in the sample
2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
Austria .098 .087 .094 .135 .140 .137 .130 .141 .114 .107 .107 .105 .099 .109
Belgium .106 .134 .147 .137 .153 .152 .137 .151 .145 .138 .149 .156 .155 .180
France .142 .142 .147 .157 .153 .146 .143 .156 .158 .156 .153 .165 .180 .186
Germany .158 .166 .167 .181 .180 .174 .161 .170 .169 .162 .168 .173 .176 .169
Greece .076 .075 .070 .059 .062 .070 .066 .078 .077 .069 .070 .071 .074 .081
Ireland .085 .071 .121 .088 .085 .068 .064 .071 .096 .076 .075 .088 .096 .086
Italy .126 .114 .111 .118 .114 .114 .110 .119 .114 .106 .122 .116 .151 .143
Luxembourg .066 .095 .153 .160 .126 .172 .146 .124 .132 .144 .129 .131 .122 .141
Netherlands .135 .122 .164 .134 .119 .197 .123 .137 .163 .146 .127 .165 .152 .152
Portugal .050 .054 .043 .066 .052 .062 .042 .090 .120 .126 .117 .137 .116 .113
Spain .099 .101 .131 .133 .141 .132 .094 .096 .117 .125 .117 .121 .119 .132
To compare the pre-crisis period cash holdings with the crisis period cash holdings, a test for
equality of means is used. A variance ratio test rejected the null hypothesis that the standard
deviations are equal and thus a test for equality of means with unequal variances is used. The
results are shown in table 4. The means indicate that the cash holdings in the crisis sample are
higher compared to the pre-crisis sample. This is however not confirmed by the alternative
15
hypothesis of the equality of means test which states that crisis cash holdings are larger than
pre-crisis cash holdings. It is striking that the mean increased instead of decreased as was
expected. However, this notion should be treated with caution as the result is not significant at
any level.
Table 4. Equality of means test for the crisis
This table compares the means of cash ratios in the pre-crisis period and the crisis period, without
taking into account any other variables.
Group Observations Mean Cash ratio
Pre-crisis 3,485 0.1350
Crisis 7,789 0.1370
Difference = mean(Pre-crisis) – mean(Crisis)
Ha: diff < 0 Pr(T<t) = 0.2507
To look into the effect of multinationality, a test for equality of means is used again. The
variance ratio test rejects the null hypothesis that the standard deviations are equal and thus a
test for equality of means with unequal variances is used again. The results show that the
mean for multinational firms is clearly lower in comparison to domestic firms. This is
confirmed by the acceptance of the alternative hypothesis that the mean cash ratio of domestic
companies is larger compared to multinational firms, which is significant at a 0.01
significance level. This t- test thus provides preliminary evidence that the cashratios of
multinational companies are smaller than the cash ratios of domestic companies.
Table 5. Equality of means for multinational firms
This table compares the means of cash ratios of domestic firms and multinational firms, without taking
into account any other variables.
Group Observations Mean Cash ratio
Domestic firms 2,500 0.1466
Multinational firms 7,224 0.1327
Diff = mean(Domestic firms) – mean (Multinational firms)
Ha: diff > 0 Pr(T>t) = 0.0001
16
As the report of the CPB (2014) in the introduction mentions higher cash holdings in the
Netherlands compared to the core-EUR, this will now be looked into in more detail. The
difference will be examined by performing equality of means tests between the countries of
the Core-EU (Germany, France, Belgium, Italy) and the Netherlands. These tests are
performed to determine whether cash ratios in the Netherlands differ statistically significant
from the other countries. First of all a variance ratio test rejected the null hypothesis that the
standard deviations are equal for all countries, thus a test for equality of means with unequal
variances is used. The outcome of these tests (see appendix, table 13-16) show that the cash
holdings in the Netherlands are significantly smaller than cash holdings in Germany and
significantly larger than cash holdings in Italy. There are no significant differences found
between the cash holdings in Belgium, France and the Netherlands. It has to be noted here
that no other variables are taken into account, so these tests only provide preliminary
evidence.
Variables
In this section the different variables will be described, exact definitions and sources can be
found in the appendix, table 17. All variables are denoted in Euro’s, except for GDP per
capita. Moreover, all variables were examined for possible non normality and outliers. This
resulted in the exclusion of several outliers and the usage of the logarithm of size.
The cash ratio will be the dependent variable, which is defined as cash divided by total assets,
this is in line with Pinkowitz et al. (2016) and Bates et al. (2009) and is sourced from
Datastream.
The degree of multinationality consists of the amount of foreign sales divided by the total
sales of a company. A multinational company is a company with more than 25 percent foreign
sales. This definition is sourced from Worldscope by Pinkowitz et al. (2016) and is in line
with Ferrnandes and Gonenç (2016) and Pinkowitz et al. (2012). When a company is a
multinational company in one year, it will be a multinational for all years in the sample,
which is in line with Pinkowitz et al., 2016.
With regard to firm characteristics, there will be proxies for the firm determinants of cash
holdings, which will be discussed next. All firm characteristics are taken from the Datastream
database. The substitutes of cash holdings that will be taken into account are non-cash net
working capital to assets, dividends and leverage. With regard to dividend, an indicator
17
variable is used that becomes 1 if a firm pays dividend if a firm does not the variable is 0.
Leverage is measured by total debt to assets. It is expected that the substitutes are negatively
related to cash holdings, as higher substitutes reduce the incentive to hold cash.
To measure firm size, the logarithm of total assets is used. The relationship between firm size
and cash holdings is expected to be negative, as there are economies of scale with cash
management and thus larger firms need relatively less cash. A logarithm is used as the
distribution of firm size was non-normal.
To measure investments, R&D expenses to sales and capital expenditure to assets are used.
When firms have no value for R&D expenses, then tis variable is set to 0, in line with Bates et
al. (2009). The variable acquisition was not available in various databases. A positive
relationship is expected, as firms that invest much need money to do these investments. Firm
characteristics that cover the extent to which firms are financially constrained are leverage
and the industry’s cash flow volatility. A positive relationship is expected here, as more
financially constrained firms face more difficulties when attracting external capital, therefore
they need more cash to stay in business.
The market to book value of the assets serve as a proxy for the investment opportunities of a
company. The better the investment opportunities, the more cash a firm is expected to hold, as
adverse shocks and financial distress are more costly (Bates et al., 2009)
The controls for firms that raise capital are next. There are controls for equity and debt issues
because capital raising firms tend to have more cash after they raised capital and their cash
decreases again when they spend the capital they raised (Bates et al., 2009). Net debt
issuance is measured by the long term debt due in one year plus total long term debt minus a
lagged long term debt due in one year and a lagged total long term debt. Net equity issuance is
measured by net proceeds from sale divided by the issue of common and preferred stock,
which is available on Datastream.
To measure country characteristics that affect cash holdings, the same variables as Pinkowitz
et al. (2016) are used. First of all, as a proxy for the quality of institutions, indicators from the
Worldwide Governance Indicators (WGI) are used: Voice and Accountability; Political
Stability and absence of Violence/Terrorism; Government Effectiveness; Regulatory Quality;
Rule of Law and Control of Corruption. It is noted that Oman and Arndt (2006, 2010)
18
criticize the WGI index, because the indicators are based on an average of zero. This means
that if a value changes in one country, then values of other countries change as well.
Consequently, values of countries can change, while there is no actual change in the country.
However, the WGI consist of much information and they give a general view of the
institutional quality of a country, which does make them useful in research.
In appendix, table 11 a correlation matrix for the WGI variables is provided, as the six
indicators are summarized in one variable. The correlation values between the different WGI
variables is varying from 0,55 to 0,96, which indicates that the WGI are subject to
multicollinearity. This is not surprising, as the different variables are highly correlated
because they all measure a component of the quality of the institutions and governance in a
country. Although Pinkowitz et al. (2016) do not take this into account, other research does.
For example Globerman and Shapiro (2002) and Buchanan et al. (2011) do address this
problem by using a principal component factor analysis. This approach is followed here as
well and the results of this approach can be found in the appendix, table 12. This table shows
that only the first factor can be retained, as its eigenvalue is 4.84, while the other factors have
eigenvalues below 0.55. In table 12 the factor loadings are shown, from this table it can be
concluded that political stability reports a high uniqueness value compared to the other
variables with a value of 43.78 percent. This means that more than 43 percent of the variance
in the variable is not explained by the factor.
The next country characteristics that are taken into account is the anti-self-dealing index
(ASDI) from Djankov et al. (2008) which measures the extent to which minority shareholders
are legally protected against expropriation by employees of the firm where they are
shareholders. A similar variable is the revised anti-director index (RADI), which was
originally created by La Porta (1998) and revised by Djankov et al. (2008). This index is a
measure of investor protection and the data can be found on the website of Andrei Shleifer1.
Data is different for all countries, but does not change over time.
The measures of financial and economic development are discussed now. The development of
the corporate bond market can be measured by bond market capitalization to GDP. It is
expected that a more effective bond market will lead to easier access to external capital and
thus the need for cash holdings will be smaller when bond market capitalization to GDP is
1 See: http://scholar.harvard.edu/shleifer/publications/law-and-economics-self-dealing
19
high. This data is sourced indirectly from the World bank and is available for all countries in
the sample until 20112.
The second ratio is stock market trading divided by the stock market capitalization. This is a
measure for the activity of the stock market and a proxy for stock market development. A
better developed stock market is expected to lead to lower cash holdings, as this increases the
availability of external capital. Bank credit is used as a proxy for development of the banking
sector. A better developed banking sector is expected to lead to easier access to external
capital and thus lower cash holdings. The last measure is GDP per capita in 2010 US dollars,
this measure is included to make sure that no other variable corrects for changes in GDP per
capita (Pinkowitz et al., 2016). These measures are sourced from the World Bank.
Method
First of all, both firm and country determinants will be taken into account to look into the
effect of multinationality and to see whether the crisis has an influence on cash holdings. Net
debt issuance and bond market had a large number of missing values, which reduced the
available sample heavily. In order to increase the available data, these two variables were
excluded from the final sample. A Hausman test was conducted to see if a fixed or random
model was appropriate. The results (see appendix, table 9) implicated that a fixed model was
appropriate to use. As there was a focus on the differences between countries, a country fixed
effects regression with clustered standard errors is used. These standard errors are clustered
by firm and take into account possible heteroscedasticity. To check for multicollinearity, a
correlation matrix (see appendix, table 8) was made. There was one correlation above 0.5, this
was the case between GDP and the WGI. However, as this correlation is not with the
independent variable and leaving them out would harm the model, it is chosen to
acknowledge that there may be multicollinearity in the model. Standard errors may increase
because of this.
2 See: https://knoema.com/WBFDSD2013Apr/financyial-development-and-structure-dataset-april-
2013?tsId=1022600 data available from 1990
20
Empirical Results
The outcome of the regression analysis is shown in table 7. The regression has an R-squared
of 0.33, which means that 33 percent of the variance in the cash ratio is explained by the firm
characteristics in the sample.
The results indicate that there is a positive relationship between being multinational and the
cash ratio, as the positive coefficient of 0.0067 shows. This is contrary to the preliminary
evidence provided by the equality of means test in table 5. However, as the probability value
is 0.438, the result is not significant at any significance level. Therefore this results fails to
confirm the first hypothesis, which stated that multinationality affects cash holdings.
Table 7. Country fixed effects regression with clustered robust standard errors
This table shows the output of the country fixed effects regression with clustered robust standard
errors. Coefficients are shown next to the variables, standard errors are displayed in parentheses.
Countries are compared to The Netherlands due to the dummy trap.
Variables Regression Output Countries (continued)
Multinational 0.0068 Austria -0.1163
(0.0087) (0.0224)
Crisis 0.0011 Belgium -0.5201*
(0.0037) (0.0788)
Size -0.0068*** France -.1873
(0.0016) (0.040)*
Cash flow 0.0310 Germany 0.0085
(0.0280) (0.0228)
R&D 0.0001** Greece -0.1162*
(0.0000) (0.0354)
Capex -0.0011*** Ireland -0.7494*
(0.0003) (0.1008)
Equity Issuance 0.3360*** Italy -0.4421*
(0.0389) (0.720)
NWC -0.1720*** Luxembourg -0.2333*
(0.0185) (0.0487)
Leverage -0.3300*** Portugal -0.4241*
(0.0192) (0.0716)
Industry Volatility 0.0000* Slovakia -0.1388*
(0.0000) (0.0579)
MTB 0.0010 Spain -0.0028
(0.0009) (0.0335)
Dividend 0.0015 Constant 0.2143*
(0.0055) (0.0405)
WGI -0.0097
21
(0.0061) Total Observations 9,707
ASDI 1.7150*** R-squared 0.329
(0.2090)
RADI -0.1180***
(0.0106)
Bank Credit 0.0001
(0.0001)
Turnover -0.0020
(0.0026)
GDP 0.0000
(0.0000)
Robust standard errors in parentheses
*** p<0.01, ** p<0.05, * p<0.1
When looking at the other probability values, it stands out that the dummy variable to take
into account the crisis is insignificant. This is in line with the preliminary evidence found in
the equality of means test is table 4, where it was found that pre-crisis cash ratios were not
statistically significantly different from crisis cash ratios. The other variables are statistically
significant, except for cash flow, MTB, Dividend, WGI, turnover, bank credit and GDP.
The results show that size has a negative and significant coefficient. This indicates that there
are economies of scale with cash holdings and the results are in line with both the transaction
motive and the precautionary motive.
The coefficient for the investment characteristic R&D is positively related to the cash ratio.
For R&D the coefficient is relatively small considering this variable consist of R&D
expenditures divided by sales, however the coefficient is significant. Capex, a variable
measuring capital expenditure, is the other investment characteristic taken into account.
Contrary to R&D, capex is negatively related to the cash ratio, which is contrary to what
Opler et al. (1999) find. Both the precautionary motive and the agency motive led to the
expectation of a positive relationship between investment and the cash ratio, which is only
supported by the coefficient of R&D.
With regard to substitutes, the NWC has a negative coefficient. When looking at the leverage,
there is a relatively large negative significant coefficient of -0.3300. It has to be noted here
that the leverage of the companies in the sample is between 0 and 1, which implicates that if a
company would increase its leverage with 0.01 unit, then this would result in the cash ratio
decreasing by 0.0033 unit. The results indicate that the substitutes NWC to assets and
leverage are negatively related to the cash ratio, as expected. When firms hold more
22
substitutes of cash holdings, there is less need to hold cash, which is in line with the
precautionary motive.
Equity issuance is positively related to the cash ratio. This suggests that when firms have
raised capital, they hold more cash, which is in line with the precautionary motive. The
industry volatility is negatively related to the cash ratio. However, the corresponding
coefficient is very low. The negative relationship is contrary to the expectation that firms with
higher industry cash flow risk were expected to have higher cash ratios to compensate for the
fact that they face greater difficulties in attracting external capital.
The ASDI coefficient is positive and significant. Better minority shareholder protection was
expected to lead to a lower cash ratio, however the results indicate that this is the other way
around. The coefficient of RADI is negatively related to the cash ratio and significant. This
result implies that more investor protection leads to lower degrees of the cash ratio, which is
in line with the agency motive.
The coefficients on the country fixed effects show the intercepts of firms in the countries in
our sample relative to firms in the Netherlands, as fixed effects for the Netherlands are not
included due to the dummy trap. It stands out that all countries except Germany have smaller
coefficients than The Netherlands. The coefficients are significant for all countries except for
Germany, Spain and Austria. These results correspond to the equality to the equality of means
tests for Germany and Italy that were executed earlier (see appendix, table 13-16). For
Belgium and France, the equality of means tests didn’t show a significant difference in means
between the Netherlands and France and Belgium, but the regression results which control for
time-varying firm characteristics and time-varying country characteristics show that Dutch
firms have significantly higher average cash ratios than firms from these countries, as well as
compared to firms from Greece, Ireland, Portugal, Luxembourg and Slovakia. This suggests
that non-time varying factors in the Netherlands result in significantly higher cash ratios
compared to eight of the other countries in the sample. Potential non-time varying factors that
could affect cash holdings of Dutch firms could be features of the tax system or the
investment climate. In addition, other time-varying firm and country characteristics that were
not considered in the analysis could drive the cross-country differences. This question is left
for further research.
23
Conclusion and limitations
This research looked into corporate cash holdings in the European Union. Preliminary
evidence seemed to point at a negative relationship between multinationality and cash
holdings. However, in the regression analysis the effect of multinationality on cash holdings
in the European Union was not found to be significant. This is not striking as mixed results
were provided in earlier research. With regard to the effect of the crisis on cash holdings, the
overall development of the cash ratio over the sample, as shown in figure 1, shows that the
cash ratio was quite stable in the years prior to the crisis. When taking into account the effect
of the crisis, it stands out that the start of the crisis in 2007 decreased cash holdings of firms
all over Europe. This was true for every country in the sample. However, this effect was only
visible for one year, in 2009 all countries except for Luxembourg reported growing cash
holdings compared to the prior year. Even more striking, in recent years (from 2012 to 2015)
the cash holdings even started to grow to levels that were even higher than before the crisis.
When looking at the differences between European countries, it stands out that there are
significant differences among countries with regard to cash holdings. The regression
compared all countries in the sample to the Netherlands, findings include that Portugal, Italy,
France, Greece, Slovakia, Ireland, Luxembourg and Belgium all have negative significant
coefficients. When looking into the difference that between the core-EU and The Netherlands
mentioned in the introduction, preliminary evidence provided no statistical proof that The
Netherlands has higher cash holdings compared to countries in the core-EU, which included
Germany, Belgium, France and Italy. The Netherlands only reports statistically significant
higher cash holdings compared to Italy. When comparing to Germany, the Netherlands
reports significantly smaller cash holdings, while the differences with Belgium and France are
insignificant. However, when taking into account the determinants of cash holdings, it is
striking to see that the Netherlands has significantly higher cash ratios than eight out of eleven
countries in the sample. This means that being just the fact that a firm is Dutch increases the
cash holdings of a company.
This paper extends the mixed existing research regarding multinationality and cash holdings.
Moreover, it shows that the crisis did not have a large impact on cash holdings over the
sample period. Besides that, the paper has a European perspective, whereas other papers
concerned with cash holdings often focus on the United States. In this sense it is striking to
24
see that within Europe there are differences between countries, that cannot be explained by
current literature on cash holdings.
One of the limitations of this research is that the variable acquisition to assets was not
available. This variable is seen as one of the determinants of cash holdings and was used by
many papers such as Pinkowitz et al. (2016), Fernandes and Gonenç (2016) and Bates et al.
(2009). Moreover, the variables net debt issuance and bond market were not used although
they were available. The usage of these variables would decrease the sample substantially,
which is why they were dropped.
Directions for future research could include a focus on what characteristics of certain firms or
countries determine cash holdings. As shown in this paper, many factors are already known,
but the regression results presented show significant cross-country differences when
controlling for time-varying firm and country characteristics. Exploring the factors driving
these differences, such as other firm characteristics or other (non-time varying) country
characteristics, is a question for future research.
Moreover, the results regarding the crisis are striking. The cash ratio went down in the first
year of the crisis, but recovered to pre-crisis levels in two years, this was true for all but one
country in the sample. Thus to look into what happened to the cash holdings in other countries
during the crisis years might be another direction for future research.
25
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Appendix
Table 8. Correlation matrix of cash holding determinants
This table consists of the correlations between all variables used in the regression in table 7. Correlations above 0.5 could implicate multicollinearity. This is
only the case with GDP and the WGI however, to make sure the model is not harmed both variables are included in the model.
Cash
ratio
Multinational Crisis Size Cash
flow
R&D Capex Equity
Issuance
NWC Leverage
Cash ratio 1
Multinational 0 1
Crisis 0,0067 -0,0618 1
Size -0,203 0,3255 -0,0194 1
Cash flow -0,0944 0,0846 -0,0871 0,2418 1
R&D 0,1591 -0,0392 0,0036 -0,0599 -0,1868 1
Capex -0,0543 -0,0279 -0,1015 0,0383 0,1205 -0,0025 1
Equity Issuance 0,2953 -0,0624 -0,0306 -0,1822 -0,3546 0,1512 0,0995 1
NWC -0,0964 0,1369 -0,079 -0,115 0,1547 -0,0139 -0,0581 -0,0653 1
Leverage -0,4289 -0,0125 0,0489 0,1884 -0,1005 -0,0247 0,0728 -0,0678 -0,2682 1
Industry Volatility -0,0653 0,0846 -0,0313 0,3526 0,0597 -0,0009 0,0448 -0,0295 -0,0391 0,0101
MTB 0,0484 0,0083 -0,011 0,015 -0,0012 0,045 -0,0058 0,0415 -0,0046 -0,0487
Dividend -0,0917 0,1331 -0,0526 0,4302 0,3127 -0,0784 0,0561 -0,1991 0,1153 -0,0577
WGI 0,1548 0,203 -0,1648 0,0923 0,0622 0,0346 0,0677 0,0568 0,0992 -0,2846
ASDI 0,0105 0,0756 -0,0637 0,107 0,0336 0,0044 0,0111 0,0338 -0,0692 -0,0206
RADI 0,0758 0,1309 -0,0219 0,0945 0,0355 -0,0134 0,007 0,039 -0,0248 -0,0808
Bank Credit -0,0639 0,0079 0,1472 0,0681 -0,025 -0,0115 -0,0417 -0,0205 -0,0976 0,1838
Turnover 0,0471 0,0797 0,0208 0,0436 0,034 -0,0014 0,0153 -0,0155 0,0547 -0,0641
GDP 0,1049 0,1522 0,0018 0,0866 0,0528 0,031 0,0519 0,0414 0,031 -0,2128
29
Table 8. Correlation matrix firm characteristics (continued)
(Continued) Industry Volatility MTB Dividend WGI ASDI RADI Bank Credit Turnover GDP
Industry Volatility 1
MTB -0,022 1
Dividend 0,1033 0,0242 1
WGI 0,0314 0,0852 0,0466 1
ASDI 0,0422 0,237 0,025 0,1286 1
RADI 0,0459 0,1236 -0,0094 0,3259 0,3897 1
Bank Credit 0,0335 0,0572 -0,0537 -0,2802 -0,1259 0,4071 1
Turnover 0,0388 -0,0529 0,0255 0,0793 -0,1477 0,1542 0,144 1
GDP 0,0229 0,1316 0,0562 0,7054 0,1654 0,0297 -0,3192 -0,0638 1
Table 9. Hausman test
The outcome of the Hausman test shows that it is appropriate to use a fixed model for the
regression. The null hypothesis of random effects is rejected at a 0.01 significance level.
chi2(6) = (b-B)'[(V_b-V_B)^(-1)](b-B)
= 231,84
Prob>chi2 = 0.0000
Table 10 Correlation Matrix WGI
This table shows the correlations between the different variables that form the WGI.
Voice and
Accountability
Rule of
Law
Regulatory
Quality
Political
Stability
Government
Effectiveness
Control of
Corruption
Voice and
Accountability
1
Rule of Law 0.7287 1
Regulatory
Quality
0.7460 0.9054 1
Political
Stability
0.5541 0.6422 0.6977 1
Government
Effectiveness
0.7166 0.8868 0.8056 0.5654 1
Control of
Corruption
0.7471 0.9598 0.9188 0.6465 0.897 1
Table 11. Principal component factor analysis results
Factor Eigenvalue Difference Proportion Cumulative
Factor1 4.84001 4.32368 0.8067 0.8067
Factor2 0.51633 0.16029 0.0861 0.8927
Factor3 0.35604 0.18038 0.0593 0.9521
Factor4 0.17566 0.10179 0.0293 0.9813
Factor5 0.07387 0.03578 0.0123 0.9937
Factor6 0.03809 . 0.0063 1
31
Table 12. Factor loadings (pattern matrix) and unique variances
Variable Factor1 Uniqueness
Voice and Accountability 0.8326 0.3068
Rule of Law 0.9591 0.0801
Regulatory Quality 0.9470 0.1032
Political Stability 0.7498 0.4378
Government Effectiveness 0.9120 0.1683
Control of Corruption 0.9676 0.0638
Table 13. Equality of means test Germany-Netherlands
This table compares the means of cash ratios in The Netherlands and Germany, without taking into
account any other variables.
Group Observations Mean
Germany 2,612 0.1646
The Netherlands 239 0.1427
Diff = mean(German firms) – mean (Dutch firms)
Ha: diff > 0 Pr(T>t) = 0.0112
Table 14.Equality of means test Belgium-Netherlands
This table compares the means of cash ratios in The Netherlands and Belgium, without taking into
account any other variables.
Group Observations Mean
Belgium 740 0.1452
The Netherlands 239 0.1427
Diff = mean(Belgian firms) – mean (Dutch firms)
Ha: diff != 0 Pr(|T| > |t|) = 0.8246
32
Table 15. Equality of means test France-Netherlands
This table compares the means of cash ratios in The Netherlands and France, without taking into
account any other variables.
Group Observations Mean
France 2995 0.1459
The Netherlands 239 0.1427
Diff = mean(French firms) – mean (Dutch firms)
Ha: diff != 0 Pr(|T| > |t|) = 0.7343
Table 16. Equality of means test Italy Netherlands
This table compares the means of cash ratios in The Netherlands and Italy, without taking into
account any other variables.
Group Observations Mean
Italy 383 0.1175
The Netherlands 239 0.1427
Diff = mean(Italy firms) – mean (Dutch firms)
Ha: diff < 0 Pr(T < t) = 0.0074
Table 17. List of variables
ADRI Revised anti-director rights index, from:
https://scholar.harvard.edu/shleifer/publications?page=3
ASDI Anti-self-dealing index, from:
https://scholar.harvard.edu/shleifer/publications?page=3
Bank Credit Bank credit to GDP, sourced from the World bank
Bond Market Private Bond Market Capitalization to GDP, from:
https://knoema.com/WBFDSD2013Apr/financial-development-and-
structure-dataset-april-2013?tsId=1022600
33
Capex Capital expenditures divided by assets, from: Datastream
Cash Cash divided by assets, from: Datastream
Cash flow Cash flow divided by assets, from: Datastream
Debt Issuance Net debt issuance divided by assets. Net debt issuance is computed by:
(long term debt due in one year + total long term debt) – (lagged long
term debt due in one year + lagged total long term debt). From:
Datastream
Dividend Dummy variable, turns into 1if a firm pays dividend, from: Datastream
Equity Issuance Net equity issuance divided by assets. Net equity issuance consists of
net proceeds from sale and issue of common & preferred equity stock.
From: Datastream
GDP GDP per capita in 2010 US dollars, from: World bank
Industry volatility Industry mean of firm standard deviation of the cash flow of the prior
ten years, with a minimum of three years data availability to compute
firm volatility, from: Datastream
Leverage Total debt to assets. Total debt is computed by short term debt + long
term debt, from: Datastream
MTB Market to book value of total assets. Computed by: ((total assets -
total equity) + (common shares outstanding * share price)) / total
assets. From: Datastream.
MNC Dummy variable which turns into one if a firm is a multinational,
firms are multinational when 25% or more of their sales are from
abroad, from: Datastream.
NWC Net working capital to total assets, computed by: (working capital –
cash and short term investments) / total assets. From: Datastream.
R&D Research and Development to total sales, from Datastream
Size Logarithm of total assets, from: Datastream
Turnover Stock market turnover, from: World bank
WGI World Governance Indicators. A principal component factor analysis
is used to create this variable out of six indicators. From: World bank