Stock price performance and ownership structure during ...
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Stock price performance and ownership structure during
periods of stock market crisis: the Spanish case
Kurt A. Desender *
Miguel Angel Garcia Cestona *
Rafel Crespi Cladera +
First draft: 11 July 2008
ABSTRACT Using Spanish data, we investigate whether the stock price performance depend on the ownership structure of the company during stock market crises. Our results show that both inside ownership and ownership concentration are considered by investors to make price adjustments during periods of crisis, after controlling for size and sector. Stock market performance is positively related to insider ownership and the number of foreign shareholders and negatively related to ownership concentration and the number of financial shareholders. In addition, we find that family controlled firms have a much larger proportion of inside ownership. Therefore, we test for difference between the stock price performance of family controlled firms and non-family controlled firms. We find that family controlled firms perform 5,6% better than non-family controlled firms and that firms with dispersed ownership outperform non-family controlled firms with around 7,8%. Furthermore, when we split the family controlled firms into founding family controlled firms and non-founding family controlled firms, we find that founding have on average 11,6% better stock price performance compared to non-family controlled firms. For non-founding family firms, we also find a positive coefficient although it is not significant. Key Words: Ownership structure, stock price performance, stock market crisis JEL classification: G3; G32; G34
* Corresponding author: [email protected]
*Dep. Economia Empresa; Universitat Autonoma de Barcelona; Campus Bellaterra; 08193 Barcelona + Dep. Economia i Empresa, Universitat Illes Balears; Campus Cra. Valldemossa. 07071 Palma Mallorca
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I. INTRODUCTION
The disclosure of “true and fair” financial earnings is crucial to corporate governance because it
provides outsiders with a basis to monitor their claims and exercise their rights (OECD
Principles of Corporate Governance, 1999). The wave of accounting scandals, involving several
leading companies admitting to have misstated their financial statements and promoted a false
impression of their economic status, increased investor’s scepticism of the quality of the
financial reporting. Corporate fraud, defaults and plunging stock prices were followed with
stories of excessive executive compensation, insider dealing, and systematic failures in
management and board oversight, resulting in a drop in investor confidence (Rezaee, 2002). In a
response, corporate governance codes and legislation was implemented all over to world to
improve financial reporting quality and restore investor’s trust.
Between March 2000 and October 2002 the Ibex 35, the benchmark Spanish stock market index
plunged 58%, going form a market capitalization of 475.000 million to a market capitalization
of 205.000 million in just 30 months. Other European stock market suffered similar losses: the
FTSE-100 lost over the same period about 43%, the DAX-30 dropped about 67% and the CAC-
40 lost about 58%.The dramatic drop of the stock markets was triggered by the burst of the
technology bubble in 2000 and a wave of corporate scandals in 2001 and 2002.
Shleifer and Vishny (1997) state that ownership concentration is, along with legal protection,
one of two key determinants of corporate governance. In addition, Demsetz and Villalonga
(2001) argue that in order to treat ownership structure appropriately and to account for the
complexity of interests represented in a given ownership structure, both dimensions of
ownership structure – insider ownership and ownership concentration – must be considered.
Few studies have investigated whether investors give importance to the ownership structure for
making investment decisions. The few studies available have focused on the East-Asia crisis
(Baek et al., 2004; Mitton, 2002). Related literature has investigated the link between ownership
and firm accounting performance (McConnell and Servaes, 1990; Demsetz and Villalonga,
2001; De Miguel et al., 2004; Boubraki et al., 2005) as well as the link between ownership and
quality of financial statements (Warfield, Wild, and Wild, 1995; Sánchez-ballesta and García-
Meca, 2007).
The Spanish context presents an interesting setting to investigate the influence of ownership
structure on stock price performance. Spain has an institutional setting similar to most
continental countries, classified by La Porta et al. (1997) as French-origin civil law countries,
characterized by high concentration of ownership, weak investor rights and boards which are
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not independent of controlling shareholders. In addition, prior research on the link between
stock price adjustments and ownership structure during periods of crisis have focussed on the
East-Asian stock market crisis of 1997 (Mitton, 2002; Baek et al., 2004). To our knowledge,
this is the first study to investigate the importance of ownership to explain stock price
adjustments considering a Continental European stock market.
Using Spanish data, we investigate whether the stock price performance depend on the
ownership structure of the company during stock market crises. Our results show that both
inside ownership and ownership concentration are considered by investors to make price
adjustments during periods of crisis, after controlling for size and sector. Stock market
performance is positively related to insider ownership and the number of foreign shareholders
and negatively related to ownership concentration and the number of financial shareholders. In
addition, we find that family controlled firms have a much larger proportion of inside
ownership. Therefore, we test for difference between the stock price performance of family
controlled firms and non-family controlled firms. We find that family controlled firms perform
5,6% better than non-family controlled firms and that firms with dispersed ownership
outperform non-family controlled firms with around 7,8%. Furthermore, when we split the
family controlled firms into founding family controlled firms and non-founding family
controlled firms, we find that founding have on average 11,6% better stock price performance
compared to non-family controlled firms. For non-founding family firms, we also find a positive
coefficient although not significant.
This study builds on prior research in several ways. Firstly, unlike most existing research, which
usually studies just one aspect of ownership structure, we focus on several dimensions:
ownership concentration, insider ownership, foreign shareholdings and shareholdings by
financial institutions. Secondly, this is the first paper to investigate the importance of ownership
structure from an investor’s perspective using data using a Continental European stock market.
Thirdly, unlike existing research on the relationship between ownership and stock market
performance, we investigate investor’s appreciation of family controlled ownership compared to
non-family controlled ownership.
II. MOTIVATION AND OBJECTIVES OF THE STUDY
In early November 2001, Enron revealed it had overstated earnings by nearly $600 million
during the past five years. Credit agencies rapidly downgraded Enron's bonds to "junk" status.
Less than a week later, Enron declared bankruptcy and laid off 4,000 employees. The
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revelations of the fraud carried out at Enron initiated a wave of accounting scandals in 2002—
including those at WorldCom, Tyco and Adelphia amongst others. With assets of $63 billion
and $104 billion, Enron and WorldCom represented the largest corporate bankruptcies in U.S.
history. In December 2003, Parmalat collapsed with a debt of €14.5 billion. This debacle
shattered any illusions that accounting and boardroom scandals were uniquely an American
phenomenon. Like the Enron case, Parmalat’s underlying problems were the massive fraud that
was facilitated by the prevalence of special purpose entities (SPEs) and offshore subsidiaries
that were used by the managers and officers to carry out illicit related party transactions. But,
unlike Enron, it was Parmalat’s family controlled management and advisors that structured the
group’s various financial arrangements to enrich members of the Tanzi family at the expense of
the shareholders and creditors (Ferrarino and Guidici, 2005). Mayor European scandals include
Ahold, Adecco, Parmalat and Vivendi. The disclosure of “true and fair” financial earnings is
crucial to corporate governance because it provides outsiders with a basis to monitor their
claims and exercise their rights. In the presence of extensive earnings management, financial
reports inaccurately reflect firm performance and consequently weaken outsiders’ ability to
govern the firm.
A study by Huron Consulting Group (2005) shows a dramatic increase in earnings restatements
of American firms after 1999: in 1990, there were 33 earnings restatements; in 1995, there were
50; then, the rate truly accelerated to 216 in 1999; to 233 in 2000; to 270 in 2001; to 330 in
2002; to 323 in 2003 and then in 2004, the number peaked at 414. In addition, The U.S.
Government Accountability Office (GAO) Report found that revenue recognition issues
accounted for almost 38 percent of the restatements it identified over the period 1997-2000, and
the Huron Consulting Group study also found it to be the leading accounting issue underlying
an earnings restatement between 1999 and 2003. Studying a comprehensive sample of firms that
restated annual earnings from 1971 to 2000, Richardson, et al. (2003) reported a negative
market reaction to the announcement of the restatement of 11% over a three-day window
surrounding the announcement. Moreover, using a wider window that measured firm value over
a period beginning 120 days prior to the announcement to 120 days after the announcement,
they found that restating firms lose on average 25 percent of market value over the period
examined and this is concentrated in a narrow window surrounding the announcement of the
restatement.
The wave of accounting scandals, involving several leading companies admitting to have
misstated their financial statements and promoted a false impression of their economic status,
increased investor’s scepticism of the quality of the financial reporting. There was also a general
perception that more accounting scandals were just waiting to be uncovered, which was
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reflected in decreasing the stock prices in 2001, 2002, and 2003 (SEC, 2004). Corporate
defaults and plunging stock prices were followed with stories of excessive executive
compensation, insider dealing, and systematic failures in management and board oversight that
eventually led to a series of high-profile criminal prosecutions of executives and senior
management. In a response, corporate governance codes and legislation was implemented all
over to world to improve financial reporting quality and restore investor’s trust. In the US, the
Sarbanes Oxley Act of 2002 introduced far-reaching and significant changes to corporate
governance and disclosure obligations of publicly traded companies in the US and its foreign
subsidiaries. Its objectives were first, to quickly restore investors’ confidence in the markets,
and second to prevent further occurrence of corporate fraud.
In Spain, even though there were no mayor corporate scandals, the IBEX35, the Spanish
benchmark stock market index, lost about 58% in just 30 months. Other European stock market
suffered similar losses. Spain introduced the Aldama report to foster the transparency and
security in the markets and in listed companies (2002) and the Unified Code of
Recommendations for the Good Governance (2006) in a response to improve corporate
governance and restore investor confidence.
Very few studies have investigated whether investors give importance to the ownership
structure for making investment decisions. The few studies available have focused on the East-
Asia crisis (Baek et al., 2004; Mitton, 2002). Overall, their findings suggest that firm-level
differences in corporate governance measures play an important role in determining changes in
firm value during the financial crisis in East-Asia and Korea. Related literature has investigated
the link between ownership and firm accounting performance (McConnell and Servaes, 1990;
Demsetz and Villalonga, 2001; De Miguel et al., 2004; Boubraki et al., 2005) as well as the link
between ownership and quality of financial statements (Warfield, Wild, and Wild, 1995;
Sánchez-ballesta and García-Meca, 2007).
The objective of this study is to investigate the relationship between stock market performance
and ownership structure. If investors take ownership structure into account to evaluate stock
prices, we would expect to find significant differences in the stock price adjustments depending
on the ownership structure. For example, if investors are more confident that pre-crisis stock
prices of family controlled firms better reflect the true value compared to non-family controlled
firms, we would expect the price adjustment during the crisis period to be smaller. To our
knowledge, this study is the first to investigate the relationship between stock market
performance and ownership structure considering a Continental European stock market.
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The advantage of focusing on crises period is that it allows us to examine unambiguously the
effect of corporate governance on firm value (Baek et al., 2004). Because the crisis was, by all
accounts, an unexpected event, it presents an interesting opportunity to study the proximate
effect of corporate governance on stock price adjustments during a period of crisis. Using a
given set of measures for corporate governance immediately before the external shock to
explain changes in firm value, any spurious causality caused by the endogeneity problem can
largely be eliminated.
III. PRIOR LITERATURE AND HYPOTHESES DEVELOPMENT
Accounting data is used to help monitor and regulate the contractual relations between many of
the firm’s stakeholders. Information asymmetries between insiders and outsiders reduce the
likelihood that insiders are replaced and lower the threat of firm takeovers (Jensen and Ruback,
1983; Shleifer and Vishny, 1989). Moreover, they allow insiders to become entrenched and
derive private control benefits by consuming perquisites, shirking, building empires or actually
diverting profits and assets at the expense of shareholders (e.g., Jensen and Meckling, 1976).
Zingales (1994) and Shleifer and Vishny (1997) argue that insiders have a natural incentive to
hide their private control benefits. Insiders can mask their private control benefits by managing
the level and the variability of reported earnings to reduce the likelihood of outside intervention.
Insiders can overstate earnings to avoid detection of mismanagement or outright diversion by
insiders. Within this framework, insiders will become more involved in the company when they
own greater shares of the firm and, consequently, the need for outside monitoring will be
reduced, as long as the interests of insiders and external shareholders converge. Thus, under the
alignment hypothesis, insider ownership can be seen as a mechanism to constrain the
opportunistic behaviour of managers, and, therefore, the magnitude of earnings manipulation is
predicted to be negatively associated with insider ownership (Warfield et al., 1995).
On the other hand, when there is little separation between owners and managers, managers face
less pressure from capital markets to signal the firm value to the market and they pay less
attention to the short-term financial report (Jensen, 1986; Klassen, 1997); therefore, highly
invested managers are more likely to manipulate earnings, since this lack of market discipline
may lead insiders to make accounting choices that reflect personal motives rather than firm
economics. In this situation, the entrenchment hypothesis states that high levels of insider
ownership can become ineffective in aligning insiders to take value-maximising decisions,
which may lead earnings management to increase (Morck et al., 1988). The risk of
expropriation exists for several reasons. First, a manager of a firm who is also a dominant
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shareholder is irreversibly entrenched. An entrenched manager cannot be displaced even if his
performance is judged to be unsatisfactory (Daniels & Halpern, 1996). Second, if the manager is
also a dominant shareholder, he will block every attempt at a hostile takeover (Stulz, 1988). In
this case, expropriation takes the form of agency costs that affect the firm's performance.
Stock prices are assumed to reflect all possible available past information and new information
is incorporated instantaneously in the stock price. The short term crises periods that we consider
are generally associated with information on unreliable financial statements in US firms or cases
of corporate fraud. Given the increase of reported earnings overstatements and cases of
corporate fraud over the period 2000-2002, we expect that stock price adjustments will reflect,
at least partially, the investor’s perception of the probability that reported accounting numbers
do not accurately reflect reality.
Empirical results regarding the association between insider ownership and earnings
management is mixed. Warfield et al. (1995) examine US data to find a negative relationship
between managerial ownership and earnings management. On the other hand, Gabrielsen et al.
(2002) find a positive but non-significant relation between managerial ownership and earnings
management in a sample of Danish firms, which they attribute to the different institutional
settings between the US and Denmark. That is, given the greater concentration of ownership in
Denmark, other hypotheses may play a more important role (Gabrielsen et al., 2002,): (a) the
information asymmetry, which leads investors to demand better accounting information when
ownership is diffuse; (b) the negative influence of earnings quality on managerial ownership; (c)
and the entrenchment hypothesis. Gabrielsen et al. (2002) suggest that their results may apply to
companies in a variety of non-US economies, because managerial ownership in Danish firms,
which is much larger than in US firms (mean of 59 per cent versus 17 per cent), would be
similar to most non-US countries. Furthermore, Sánchez-ballesta and García-Meca (2007) find a
non-linear relationship between insider ownership and earnings management for a sample of
Spanish listed non-financial companies during the period 1999-2002. This supports the
hypothesis that insider ownership contributes to constraining earnings management when the
proportion of shares held by insiders is not too high. When insiders own a large percentage of
shares, however, they are entrenched and the relation between insider ownership and
discretionary accruals reverses. If investors perceive ownership to be an important element in
assuring financial reporting quality, we would expect to find a significant relationship between
ownership structure and stock market performance. Therefore:
H1: The higher the inside ownership, the better the stock price performance during the crisis
period
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Since dispersion creates free-riding problems and makes manager monitoring difficult, a
positive relation between ownership concentration and firm performance is expected. However,
concentrated ownership may also lead to worse performance, as the expropriation hypothesis
proposes. Shleifer and Vishny (1997) argue that in some countries the agency problem comes
from the conflict between controlling owners and minority shareholders, instead of between
managers and dispersed shareholders. In these cases, large shareholdings are costly, because
majority owners can redistribute wealth—in both efficient and inefficient ways—from other
minority shareholders, whose interests need not coincide.
Considering both the monitoring and expropriation effects, Gedajlovic and Shapiro (1998) show
evidence of a non-linear relationship between ownership concentration and profitability in US
and German firms. Nevertheless, no relationship between concentration and profitability was
found in the UK, France and Canada. In addition, Lehmann and Weigand (2000) confirm the
benefits of large shareholders in Germany, but only in the case of banks, since the presence of
non-financial large owners negatively affects firm profitability. This is however in contrast with
recent research on the monitoring role of banks in Germany (Dittmann et al., 2008). In addition,
Kaplan and Minton (1994) and in Morck, Nakamura and Shivdasani (2000), confirm the
predicted monitoring and disciplinary role played by large shareholders in Japan. Furthermore,
Fang and Wong (2002) found that earnings are more informative for firms with less
concentrated ownership in East Asian countries and Sánchez-Ballesta and García-Meca (2007)
found no relationship between ownership concentration and earnings management using
Spanish data. Finally, Mitton (2002) found that during the East Asian financial crisis of 1997–
1998 firms with higher outside ownership concentration show significantly better stock price
performance. Moreover, Mitton (2002) finds that the return premium associated with higher
ownership concentration is largely attributable to large blockholders that are not involved with
management. These results may imply that institutional differences between countries matter,
and that corporate governance systems determine the above relation.
H2: The higher the ownership concentration, the better the stock price performance during the
crisis period
H3: The higher the number of significant shareholders, the better the stock price performance
during the crisis period
H4: The higher the number of financial institutions as significant shareholders, the better the
stock price performance during the crisis period
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Baek et al. (2004) focussed on Korean Business groups, chaebols, and found that during the
1997 Korean financial crisis, chaebol firms with higher ownership concentration by unaffiliated
foreign investors experienced a smaller reduction in their share value.
H5: The higher the number of foreign shareholders, the better the stock price performance
during the crisis period
Most firms around the world are family-owned businesses (Burkart, Panunzi, and Shleifer,
2003). Even among the Standard and Poor (S&P) 500 and Fortune 500 companies, which are
the least likely to be family owned, one third have founding family members actively involved
in the businesses (Anderson and Reeb, 2003; Shleifer and Vishny, 1986; Weber et al., 2003).
Anderson and Reeb (2003) reveal that family ownership is both prevalent and substantial, due to
its efficient organizational structure. They argue that founding families typically have
undiversified portfolios and are concerned with firm and family reputation. Founding families
are more likely to forgo short-term benefits from managing earnings because of the incentives to
pass on their business to future generations and to protect the family’s reputation. In addition,
families, beyond their ownership stake, can exercise additional power and possibly reduce
agency problems by placing one of their members in the CEO position. Doing so, they eliminate
divergent management-shareholder objectives and information asymmetry. Besides, Anderson
and Reeb (2003) found that bondholders view founding family ownership as an organizational
structure that better protects their interests, since founding family ownership reduces the cost of
debt financing relative to non-family firms.
In the US, family firms tend to have higher valuations and profitability than non-family firms
(McConaughy et al., 1998 and Anderson and Reeb, 2003). Villalonga and Amit (2004) find that
the “US family premium” is mainly due to founding family CEOs. In addition, using data from
the S&P 500 companies during the period 1994–2002, Wang (2006) provide evidence that
founding family ownership is associated with higher earnings quality, a finding consistent with
the alignment effect of family ownership. In addition, Joh (2003) finds that during the 1993–
1997 period, Korean firms whose controlling family shareholders had more ownership
outperformed those where the family members had less in term of accounting income. In
contrast, Baek et al. (2004) found that chaebol firms with concentrated ownership by controlling
family shareholders experienced a larger drop in the value of their equity.
H6: Family controlled firms are associated with higher stock price performance during the
crisis period compared to non-family controlled firms
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IV. SAMPLE AND DATA
Our sample is drawn from the population of Spanish non-financial firms listed on the Madrid
Stock Exchange during 2000–2002. Fundamental stakeholders in the Spanish corporations
include banks and industrial firms, and the main agency problem arises from controlling and
minority shareholders, as occurs in most European countries. Fundamental stakeholders in the
Spanish corporations include banks and industrial firms, although the role of financial
institutions is not as prevalent as in other countries such as Germany and Japan, and the main
agency problem arises from controlling and minority shareholders, as occurs in most European
countries. For this study, we consider all non-financial listed firms for which we could retrieve
the stock prices four the four crises periods we consider (400 observations). We loose several
observations due to missing data related to the firm’s beta (30 missing observations).
Furthermore, we also excluded firms with very low trading volume. We excluded all firms with
an average trade volume of less than 10.000 shares per day (67 illiquid observations). The final
sample consists of 303 observations.
The principal sources of our data are the SABI database (System of Iberian Financial Statement
Analysis), made by Bureau Van Dijk, which provides financial data for those companies that
submit consolidated financial statements, Thomson’s WorldScope, the Madrid Stock Exchange,
and the database from the CNMV (Spanish Securities and Exchange Commission), which
provides information on all shareholders with ownership of at least 3 per cent, as well as
directors’ ownership of listed firms. This cut-off point is mainly driven by the disclosure
regulation in countries such as France and Germany. To calculate the ownership measures, we
consider both direct and indirect shareholding. The ownership data is pre-crisis data. We
consider all declared changes in ownership until the last day before the crisis. We also check for
significant changes in ownership during the crisis.
V. MODEL AND VARIABLE SPECIFICATION
The aim of our paper is to examine whether investors take ownership structure into account
during periods of crisis. In order to evaluate the effect of ownership structure on unexpected
returns, we regress the abnormal returns on different specifications of ownership and control for
sector and size. The methodology adopted is similar to Mitton (2002) and Baek et al. (2004).
Crisis Period Abnormal Return= f(Ownership structure Variables, size, industry dummy)
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Dependent variable To determine the crisis periods we examine the overall stock market shocks. We determine
short term stock market drops of 20% or more. Over the period January 2000 and January 2004,
we identified four periods between one and two months in which the stock market index
dropped at least 20%. Graph1 shows the evolution of the Spanish stock market index from
January 2000 to December 2002. On the graph we identified the four periods we consider. Table
1 presents the exact dates of the start and termination of the crisis as well as a brief description
of the origin of the crisis.
To measure stock price performance during the crisis we use abnormal returns for the different
crisis periods using the CAPM model. We use the IBEX35 as reference index and obtain the
beta’s from the Sabi (Bureau Van Dijk) database.
Explanatory variables
For the ownership structure variables, we calculate several measure to capture both inside and
outside ownership. We measure inside ownership (inside_own) as the total shareholdings by the
board of directors, similar to Sánchez-ballesta and García-Meca (2007). To measure ownership
concentration we use several specifications in line with La Porta et al. (1999), Demsetz and
Villalonga (2001), De Miguel et al. (2004), Boubraki et al. (2005), Galvé and Salas (2005) and
Sánchez-ballesta and García-Meca (2007). We define concentrated ownership in terms of total
proportion of shareholdings held by all significant shareholders, the proportion held by the
largest shareholder (SH1) and using a dummy variable indicating whether the largest
shareholders has at least 20% of the shares (D_Controlled).
Besides we investigate whether the total number of significant shareholders (N_SH) and the
number of foreign shareholders (N_foreignSH) is related with stock price adjustments.
Furthermore, we split the total number of significant shareholders into three categories to test
whether the presence of financial institutions improves stock performance. We include number
of non-financial shareholders (N_Non-Fin), number of financial shareholders (N_Fin) and
number of government shareholders (N_Gov).
Furthermore, we investigate whether family controlled firms face smaller price reductions
compared to firms with dispersed ownership and non-family controlled firms. We divide our
sample into 3 categories in line with Anderson and Reeb (2003) and Villalonga and Amit (2004):
Family-controlled firms (Fam-con), Non-Family controlled firms (NF-con) and firms with
dispersed ownership (Disp). Two aspects are most relevant for the definition: ownership
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structure and managerial/ board positions in the company. We classify a firm as a family firm if
(1) the family is the largest shareholder, (2) has at least 20% of the shares and (3) holds a
position on the board or is involved in management of the company. Controlled firms are those
firms, which are non family firms and where there is at least one shareholder with a minimum
stake of 20%. Firms with dispersed ownership are those firms in which no individual
shareholder or group of shareholders hold more than 20%. This is in line with previous
literature (Faccio et al., 2001, Anderson and Reeb, 2003, La Porta, 1999). Furthermore, we
investigate whether there founding family controlled firms (Fam – Founder) do better than non-
founding family controlled firms. (Fam –NF). We classify a family controlled firm as founder
family controlled if the founder or one its heirs has an important stake in the company (>20%)
or holds an important position in the company (CEO or chair).
Control variables
We use other variables to control for factors that could affect stock price performance. The first
is firm size, measured by the logarithm of total assets. We also include dummy variables for
seven industries, using NACE-1digit industry classification.
VI. RESULTS
The descriptive statistics of the variables are shown in Table 2. The average return during the
short term crisis period was -15%. In line with financial theory we find that the abnormal return
is zero, meaning that the expected return using the beta is on average equal to the realised
return. The variation in realised return and abnormal return are high. The highest drop over a
short term crisis period was 95% and the highest jump was 39%. The average beta is 0.62.
The high degree of ownership concentration in Spain in comparison to other countries is
reflected in the average value for total concentration of 54.31 per cent, the average ownership
stake of the biggest shareholder of 30,4% and the high proportion of controlled firms (i.e. firms
in which the biggest shareholder holds at least 20%) of 65%. Insider ownership shows a mean
of 12.5 per cent in our sample, which is similar to the values reported in studies such as Morck
et al. (1988), Warfield et al. (1995) and Cho (1998) for the US (10.6; 17 and 12.14,
respectively), although lower than the values reported by Gabrielsen et al. (2002) for Denmark
(59 per cent). On average, non-financial hold the largest stake (35%), compared to an average
stake of 15% for financial shareholders. There are, on average 4 significant shareholders, of
which 2.37 are non financial and 1.54 are financial. Furthermore, almost 40% of Spanish listed
companies have at least one foreign significant shareholder. For these firms, there are on
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average 2.74 foreign shareholders with a stake of 11.26%. For the entire sample, we find that
roughly one third of the firms are family controlled firms, one third are non-family controlled
firms and one third are firms with dispersed ownership.
We consider three measures for ownership concentration: Total concentration, SH1 and
D_controlled. The correlation between these three measures is 0.7, 0.7 and 0.73. From the
correlation matrix in table 3, we observe high correlations between total concentration and
board ownership and the number of non financial shareholders. To reduce multicollinearity
problems, we focus our analysis on two measures of ownership concentration: SH1 and
D_controlled.
Table 4 provides the regression models to test the first 5 hypotheses. Model 1 presents the
model without including any of the explanatory variables. We find that sector dummies and size
explain almost 13% of the abnormal return. In model 2, we add board ownership and ownership
concentration measures as a dummy variable indicating whether the largest shareholder (or
group) holds at least 20% of the shares. We find that both the ownership concentration and
inside ownership are significant: the higher the inside ownership, the higher the abnormal
returns and the lower the ownership concentration, the higher the abnormal returns. We repeated
the analysis using the shareholdings by the largest shareholder (sh1), to check for consistency
and found similar results. In model 3, we test the hypothesis that investors positively evaluate
the total number of significant shareholders. The coefficient for total number of shareholders is
negative, but insignificant. In model 4, we split the number of shareholders into three categories
and find that the number of financial institutions is significantly associated with stock prices.
We find that the higher the number of financial shareholders, the larger the drop in abnormal
returns. This is in line with Dittman et al. (2008) who find evidence that the presence of bankers
on the board causes a decline in the valuations of non-financial firms. In model 5 we evaluate
the influence of foreign shareholders and find a significant positive association. This is in line
with Baek et al. (2004). In model 6 we include the variables from model 4 and 5 in the same
model and find consistent results, while in model 7 we use a different measure of ownership
concentration, i.e. the shareholdings by the largest shareholder, and find again consistent results.
We also found that the total proportion of all significant shareholders is significantly related to
abnormal returns if we introduce it in model 1. Overall the results from table 4 show that both
inside ownership and ownership concentration are considered by investors to make price
adjustments during periods of crisis. Stock price performance is positively related to insider
ownership and the number of foreign shareholders and negatively related to ownership
concentration and the number of financial shareholders.
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In table 4 we found that firms with higher ownership concentration have a worse stock
performance and firms with higher insider ownership show better stock performance. Both
family controlled and non-family controlled firms typically have higher levels of ownership
concentration and family controlled firms have higher insider ownership. Therefore we suspect
that family controlled firms suffer lower stock price drops in periods of crisis. Table 5 present
the mean values for the variable we consider. We also test whether the means are significantly
different. We find big differences between the firms with dispersed ownership on the one hand
and family controlled and non-family controlled firms on the other hand in terms of total
ownership concentration, the size of the largest shareholder, the number of foreign shareholders
and the number of financial shareholders. As we stated previously we find that family controlled
firms have a much larger proportion of inside ownership (26,6% against 8,8% for non-family
controlled firms and 3,4% for firms with dispersed ownership). Family firms also have a higher
proportion of non-financial shareholders.
Before testing hypotheses 6 which type of ownership enjoys the best stock price perform during
periods of crisis, we look at the distribution of family controlled, non-family controlled and
firms with dispersed ownership over the sectors and size quartiles. Results could be biased if we
would find a large concentration of one type in one particular sector or size quartile, even
though we control for both sector and size in the analysis. Table 6 and 7 give an overview of the
distribution over sector and size. We also present average abnormal returns for each sector and
size quartile. We find that family firms have a high representation in the first sector. The
average abnormal returns for this sector are almost the same as the average of all sectors. For
the distribution over size quartiles, we also find no clear indication of concentration. Almost
half of the family controlled firms and firms with dispersed ownership are in Q3 or Q4. We find
that larger companies have better performance. Overall there is no clear concentration of certain
types of firms in one or more specific sectors or size quartile.
Table 8 presents the regression analysis to test which type of ownership enjoys the best stock
price performance during periods of crisis. Model 8 introduces ownership type into model 1.
We find that, in line with our previous analysis (models 2-7), that firms with dispersed
ownership outperform non-family controlled firms with around 7,8%. Furthermore, we find that
family controlled firms perform 5,6% better than non-family controlled firms, confirming our
hypothesis. Model 9 introduces the number of non-financial shareholders, the number of
financial shareholders, the number of governmental shareholders and the number of foreign
shareholders. The results are consistent with our previous results. In model 11 we split the
family controlled firms into founding family controlled firms and non-founding family
controlled firms. We find that founding have on average 11,6% better stock price performance
15
compared to non-family controlled firms. For non-founding family firms, we also find a positive
coefficient although not significant.
Finally, we test the importance of insider ownership, ownership concentration and the number
of shareholders of different types for each of the categories previously defined. Several papers
have documented that when ownership gets beyond a certain level, typically around 20%-25%,
the relationship between ownership concentration and firm performance inverses. In the
previous analysis we found that the larger the concentration, the poorer the stock price
performance and the larger inside ownership, the better stock price performance. If these
relations invert after 20%, we would expect to see opposite significant relationships for the
firms with controlled ownership, i.e. family controlled and non-family controlled firms. Table 9
presents the results. Once we control for the differences in ownership type, we find that the
number of financial shareholders and the number of foreign shareholders are only significantly
(negatively and positively) to stock price performance for firms with dispersed ownership. Only
for non-family controlled firms, inside ownership and ownership concentration are significantly
associated with stock price performance. We find that the higher the inside ownership and the
higher the ownership concentration, the better the stock price performance.
VII. CONCLUSIONS
The wave of accounting scandals, involving several leading companies admitting to have
misstated their financial statements and promoted a false impression of their economic status,
increased investor’s scepticism of the quality of the financial reporting. Corporate defaults and
plunging stock prices were followed with stories of excessive executive compensation, insider
dealing, and systematic failures in management and board oversight. In a response, corporate
governance codes and legislation was implemented all over to world to improve financial
reporting quality and restore investor’s trust. In the US, the Sarbanes Oxley Act of 2002
introduced far-reaching and significant changes to corporate governance and disclosure
obligations of publicly traded companies in the US and its foreign subsidiaries. Its objectives
were first, to quickly restore investors’ confidence in the markets, and second to prevent further
occurrence of corporate fraud. In Spain, even though there were no mayor corporate scandals,
the IBEX35 went from a market capitalization of 475.000 million to a market capitalization of
205.000 million, i.e. a loss of 58%, in just 30 months. Other European stock market suffered
similar losses.
16
Using Spanish data, we investigate whether the stock price performance depend on the
ownership structure of the company during stock market crises. Our results show that both
inside ownership and ownership concentration are considered by investors to make price
adjustments during periods of crisis, after controlling for size and sector. Stock market
performance is positively related to insider ownership and the number of foreign shareholders
and negatively related to ownership concentration and the number of financial shareholders. In
addition, we find that family controlled firms have a much larger proportion of inside
ownership. Therefore, we test for difference between the stock price performance of family
controlled firms and non-family controlled firms. We find that family controlled firms perform
5,6% better than non-family controlled firms and that firms with dispersed ownership
outperform non-family controlled firms with around 7,8%. Furthermore, when we split the
family controlled firms into founding family controlled firms and non-founding family
controlled firms, we find that founding have on average 11,6% better stock price performance
compared to non-family controlled firms. For non-founding family firms, we also find a positive
coefficient although not significant.
We contribute to the current literature, firstly, by focussing on several dimensions of ownership:
ownership concentration, insider ownership, foreign shareholdings and shareholdings by
financial institutions. Secondly, this is the first study to investigate the importance of ownership
structure from an investor’s perspective using data from a Continental European stock market.
Finally, unlike existing research on the relationship between ownership and stock market
performance, we investigate investor’s appreciation of family controlled ownership compared to
non-family controlled ownership.
17
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Table 1: Crisis periods to consider:
Start date Final date drop Cause
08/03/2000 24/05/2000 20.3% (dot-com bubble burst)
06/10/2000 04/12/2000 20.5% (Telecom crisis ; Cisco, Alcatel, Lucent)
28/08/2001 21/09/2001 22.4% (9-11 attack)
03/06/2002 24/07/2002 24.5% (Corporate scandals: WorldCom, AOL, Merck, Tyco)
Table 2: Descriptive statistics
Variable Obs Mean Std Dev Min Max
Return 303 -0,15 0,17 -0,95 0,39
Abnormal return 303 0,00 0,19 -0,84 0,52
Beta 303 0,62 0,36 0,01 1,34
Ln(Total assets) 303 13.78 1.67 10.40 18.27
Total concentration 303 54,31 22,54 6,88 99,00
Free float 303 45,69 22,54 1,00 93,12
SH1 303 30,64 20,30 2,2 95,03
D_Controlled ownership 303 0,65 0,47 0 1
Non-fin SH 303 34,55 26,47 0 96,28
Fin SH 303 15,38 16,89 0 80,35
Gov SH 303 2,27 9,87 0 75,9
N_non-fin 303 2,37 1,90 0 10
N_fin 303 1,54 1,47 0 7
N_Gov 303 0,10 0,36 0 3
N_SH 303 4,01 2,24 1 12
Inside_own 303 12,48 21,43 0 91,28
D_foreign_SH 303 0,38 0,49 0 1
foreignSH | foreign_SH >0 116 11,26 8,77 1,94 49,14
N_foreignSH | foreign_SH >0 116 2,74 1,78 1 8
disp 303 0,35 0,48 0 1
Fam-con 303 0,32 0,47 0 1
Total concentration: total proportion of shareholdings by significant shareholders SH1: proportion of shares of the largest shareholder D_Controlled ownership: dummy indicating whether the SH1>20% Non-fin SH: total shareholdings by non-financial shareholders Fin SH: total shareholdings by financial shareholders Gov SH: total shareholdings by government N_non-fin: number of significant non-financial shareholders N_fin: number of significant financial shareholders N_Gov: number of governmental shareholders N_SH: number of all significant shareholders Inside_own: inside ownership D_foreign_SH: dummy indicating whether there is at least one significant foreign shareholder ForeignSH: total proportion of shareholdings by foreign investors Disp: dummy variable indicating whether SH1<20% Fam-Com: Dummy variable indicating whether the company is family controlled
21
Table 3: Correlation matrix
total sh1 Inside_own N_for.SH N_SH Fam-con disp N_non-fin N_fin
Total_conc 1
sh1 0,7** 1
Inside_own 0,41** 0,34** 1
N_foreignSH 0,09 -0,13** -0,02 1
N_SH 0,3** -0,34** 0,15** 0,35** 1
fam 0,41** 0,33** 0,45** -0,04 0,2** 1
disp -0,7** -0,73** -0,31** 0,23** 0,13** -0,48** 1
N_non-fin 0,44** -0,13** 0,31** 0,18** 0,76** 0,39** -0,08 1
N_fin -0,09 -0,35 -0,14** 0,3** 0,56** -0,15** 0,31** -0,1* 1
N_Gov -0,05 0,02 -0,15** -0,04 -0,06 -0,19** -0,05 -0,17** -0,12**
Total_conc: total proportion of shareholdings by significant shareholders SH1: proportion of shares of the largest shareholder Inside_own: inside ownership N_ForeignSH: total number of foreign shareholders N_SH: number of all significant shareholders Disp: dummy variable indicating whether SH1<20% Fam-Com: Dummy variable indicating whether the company is family controlled N_non-fin: number of significant non-financial shareholders N_fin: number of significant financial shareholders N_Gov: number of governmental shareholders
22
Table 4: Regression analysis
M1 M2 M3 M4 M5 M6 M7
Dep var: AR
Intercept -0,359** -0,327** -0,285** -0,325** -0,301** -0,262** -0,287**
(0,109) (0,108) (0,112) (0,116) (0,109) (0,117) (0,116)
D_Controlled -0,069** -0,075** -0,081** -0,057** -0,057**
(0,023) (0,024) (0,025) (0,024) (0,025)
SH1 -0,002**
(0,001)
Inside_own 0,001** 0,001** 0,001** 0,001** 0,001** 0,001**
(0,001) (0,001) (0,001) (0,001) (0,001) (0,001)
N_SH -0,007
(0,005)
N_non-fin -0,002 -0,006 -0,011
(0,007) (0,007) (0,007)
N_Fin -0,016** -0,022** -0,027**
(0,008) (0,008) (0,009)
N_Gov -0,013 -0,015 -0,026
(0,033) (0,033) (0,033)
N_foreignSH 0,013** 0,024** 0,023**
(0,006) (0,007) (0,007)
ln_ta 0,011 0,011 0,009 0,014* 0,009 0,011 0,015*
(0,008) (0,008) (0,008) (0,008) (0,008) (0,008) (0,008)
Industry Included Included Included Included Included Included Included
N 285 285 285 285 285 285 285
R-squared 0,1295 16,16 17,36 17,32 17,36 19,69 20,25
F 5,88 5,89 5,76 4,75 5,76 5,11 5,29
Prob>F 0,000 0,000 0,000 0,000 0,000 0,000 0,000 AR: Abnormal return D_Controlled ownership: dummy indicating whether the SH1>20% SH1: proportion of shares of the largest shareholder Inside_own: inside ownership N_SH: number of all significant shareholders N_non-fin: number of significant non-financial shareholders N_fin: number of significant financial shareholders N_Gov: number of governmental shareholders N_ForeignSH: total number of foreign shareholders Ln_ta: Ln (total assets)
23
Table 5: Differences of means
Variable Disp Fam-con NF-con D-F F-NF D-NF
total 32,86 67,85 63,99 ** * **
sh1 10,48 40,65 42,25 ** **
Inside_own 3,40 26,63 8,75 ** ** **
N_foreignSH 1,79 1,15 0,75 ** * **
N_SH 4,40 4,61 3,06 ** **
N_non-fin 2,15 3,40 1,64 ** ** **
N_fin 2,17 1,21 1,20 ** **
N_Gov 0,08 0,00 0,22 ** ** **
Table 6: sectors versus ownership type NACE-1 digit Disp Fam-con NF-con Total Percent AR
1 5 23 0 28 9,24 0,002
2 36 13 30 79 26,07 -0,014
4 16 14 17 47 15,51 0,079
5 14 15 9 38 12,54 -0,032
6 10 4 7 21 6,93 -0,094
7 17 20 37 74 24,42 0,037
9 8 6 2 16 5,28 -0,213
Total 106 95 102 303 100 -0,004
Table 7: Size versus ownership type
Size Disp Fam-con NF-con Total AR
Q1 35 32 12 79 -0,051
Q2 29 18 25 72 -0,025
Q3 16 33 27 76 0,007
Q4 26 12 38 76 0,054
Total 106 95 102 303 -0,004
24
Table 8: Regression analysis
M8 M9 M10
Dep var: AR
Intercept -0,434** -0,378** -0,372**
(0,112) (0,120) (0,120)
Disp 0,078** 0,087** 0,095**
(0,023) (0,027) (0,027)
Fam-con 0,056** 0,066**
(0,028) (0,031)
Fam-Founder 0,116**
(0,033)
Fam-NF 0,057
(0,037)
N_non-fin -0,007 -0,008
(0,007) (0,007)
N_Fin -0,025** -0,024**
(0,008) (0,008)
N_Gov -0,008 -0,005
(0,033) (0,033)
N_foreignSH 0,021** 0,021**
(0,007) (0,007)
ln_ta 0,012 0,013 0,014
(0,008) (0,008) (0,008)
Industry Included Included Included
N 285 285 285
R-squared 15,8 19,91 22,6
F 5,73 5,18 5,63
Prob>F 0,000 0,000 0,000 AR: Abnormal return Disp: dummy variable indicating whether SH1<20% Fam-Con: Dummy variable indicating whether the company is family controlled N_SH: number of all significant shareholders N_non-fin: number of significant non-financial shareholders N_fin: number of significant financial shareholders N_Gov: number of governmental shareholders N_ForeignSH: total number of foreign shareholders
25
Table 9: Regression analysis
M11 M12 M13
Dep var: AR Disp Fam control NF control
Intercept -0,307* -0,270 -0,473
(0,167) (0,299) (0,374)
SH1 -0,005 0,002 0,003*
(0,004) (0,018) (0,002)
Inside_own 0,002 0,000 0,005**
(0,003) (0,001) (0,001)
N_non-fin -0,013 0,006 -0,024
(0,014) (0,012) (0,022)
N_Fin -0,046** 0,003 -0,020
(0,015) (0,015) (0,023)
N_Gov -0,020 0,013
(0,072) (0,059)
N_foreignSH 0,037** 0,002 0,035
(0,011) (0,012) (0,021)
ln_ta 0,021* -0,004 0,011
(0,012) (0,025) (0,021)
Industry Included Included Included
N 285 285 285
R-squared 20,6 37,16 35,91
F 1,84 3,84 3,5
Prob>F 0,048 0,000 0,000 AR: Abnormal return SH1: proportion of shares of the largest shareholder Inside_own: inside ownership N_SH: number of all significant shareholders N_non-fin: number of significant non-financial shareholders N_fin: number of significant financial shareholders N_Gov: number of governmental shareholders N_ForeignSH: total number of foreign shareholders
26
Grap
h 1
: Sp
anish
stock
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ex ev
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tion: 2
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00
2
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x 3
5
0
20
00
40
00
60
00
80
00
10
00
0
12
00
0
14
00
003/01/2000
03/03/2000
03/05/2000
03/07/2000
03/09/2000
03/11/2000
03/01/2001
03/03/2001
03/05/2001
03/07/2001
03/09/2001
03/11/2001
03/01/2002
03/03/2002
03/05/2002
03/07/2002
03/09/2002
03/11/2002