the determinants and consequences of disclosure committee
TRANSCRIPT
University of Arkansas, FayettevilleScholarWorks@UARK
Theses and Dissertations
7-2015
The Determinants and Consequences ofDisclosure Committee AdoptionLyle Roy SchmardebeckUniversity of Arkansas, Fayetteville
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The Determinants and Consequences of Disclosure Committee Adoption
The Determinants and Consequences of Disclosure Committee Adoption
A dissertation submitted in partial fulfillment
of the requirements for the degree of
Doctor of Philosophy in Business Administration
by
Lyle Roy Schmardebeck
Brigham Young University
Bachelor of Science in Accounting, 2009
Brigham Young University
Master of Accountancy, 2009
July 2015
University of Arkansas
This dissertation is approved for recommendation to the Graduate Council.
_________________________________
Dr. Linda A. Myers
Dissertation Director
_________________________________ _________________________________
Dr. Cory A. Cassell Dr. James N. Myers
Committee Member Committee Member
_________________________________
Dr. Kangzhen Xie
Committee Member
Abstract
After the passage of the Sarbanes-Oxley Act of 2002, the Securities and Exchange
Commission recommended that companies voluntarily adopt disclosure committees to aid in
preparing company disclosures. In this paper, I investigate the determinants and consequences
of disclosure committee adoption. I find that companies with material weaknesses in internal
controls over financial reporting and less readable 10-K filings are more likely to adopt
disclosure committees. In consequences analyses, using a propensity score matched control
sample and a difference-in-differences research design, I find that 10-K filings are longer and
less readable after disclosure committee adoption. However, consistent with institutional theory,
I do not find evidence of a reduction in information asymmetry or an increase in the
informativeness of earnings following disclosure committee adoption.
Acknowledgments
I am grateful for the guidance and instruction of my dissertation chair, Linda Myers, and
the members of my dissertation committee, Cory Cassell, James Myers, and Kenneth Xie. I also
thank Ben Anderson, T. J. Atwood, Cari Burke, Lauren Cunningham, Andrew Doucet, Taylor
Joo, Stacey Kaden, Gary Peters, Michael Stuart, and seminar participants at the University of
Arkansas, the University of Missouri, and the Miami Rookie Camp for providing helpful
comments and suggestions. I express gratitude to my family for their support and
encouragement. Finally, I express gratitude to my wife, Brenna, because I wouldn’t have been
able to accomplish my goals without her love, friendship, and dedication.
Table of Contents
I. Introduction ....................................................................................................................1
II. Background, Prior Literature, and Hypothesis Development ........................................6
A. Disclosure Committee ....................................................................................................6
B. Annual Report Readability ............................................................................................7
C. Information Asymmetry.................................................................................................9
D. Earnings Informativeness.............................................................................................10
III. Research Design...........................................................................................................12
A. Determinants of Disclosure Committee Adoption .......................................................12
B. Propensity Score Matching and Difference in Differences .........................................15
C. Readability Tests ..........................................................................................................16
D. Information Asymmetry Tests .....................................................................................18
E. Earnings Informativeness Tests ...................................................................................20
IV. Sample Selection and Data ..........................................................................................22
V. Results ..........................................................................................................................24
A. Determinants Test and Propensity Score Matching .....................................................24
B. Readability Tests ..........................................................................................................27
C. Information Asymmetry Tests .....................................................................................29
D. Earnings Informativeness Tests ...................................................................................29
VI. Additional Analyses .....................................................................................................30
A. Specific Word Types....................................................................................................30
B. Disclosure Committee Composition Tests...................................................................32
C. Internal Control over Financial Reporting ...................................................................35
VII. Robustness Tests ..........................................................................................................36
A. Timing of Disclosure Committee Adoption ................................................................36
B. Measurement Window of Bid-Ask Spreads and Market Illiquidity ............................37
C. Alternative Measure of Information Asymmetry ........................................................37
VIII. Conclusion ...................................................................................................................38
IX. References ....................................................................................................................41
X. Appendix A: Sample Disclosure Committee Charter ..................................................46
XI. Appendix B: Variable Definitions ...............................................................................48
List of Tables
1. Disclosure Committee Sample Summary ....................................................................52
Panel A: Disclosure Committee and Control Observations by Year ...........................52
Panel B: Disclosure Committee and Control Observations by Fama and French
(1997) Industry.............................................................................................................53
2. Descriptive Statistics for Determinants Model ............................................................55
3. Determinants Model with Fama and French (1997) Industry Classification ...............56
4. Determinants Model with One Digit SIC Codes .........................................................57
5. Propensity Score Matching ..........................................................................................58
Panel A: Sample Selection ...........................................................................................58
Panel B: Covariate Balance .........................................................................................58
6. Difference in Governance Controls .............................................................................59
Panel A: Before Adoption ......................................................................................59
Panel B: After Adoption ........................................................................................59
7. Difference in Differences Sample Selection ................................................................60
Panel A: Readability Tests .....................................................................................60
Panel B: Information Asymmetry Tests ................................................................60
Panel C: Earnings Informativeness Tests ..............................................................60
8. Number of Words Test.................................................................................................61
9. Gross File Size Test .....................................................................................................62
10. Net File Size Test ........................................................................................................63
11. Bid Ask Spread Test ....................................................................................................64
12. Market Illiquidity Test .................................................................................................65
13. ERC Test ......................................................................................................................66
14. FERC Test ...................................................................................................................67
15. Number of Positive Words Test ...................................................................................68
16. Number of Negative Words Test .................................................................................69
17. Number of Neutral Words Test....................................................................................70
18. Percentage of Positive Words Test ..............................................................................71
19. Percentage of Negative Words Test .............................................................................72
20. Percentage of Neutral Words Test ...............................................................................73
21. Disclosure Committee Composition Descriptive Statistics .........................................74
22. Disclosure Committee Composition Number of Words Test ......................................75
23. Disclosure Committee Composition Gross File Size Test ...........................................76
24. Disclosure Committee Composition Net File Size Test ..............................................77
25. Disclosure Committee Composition Percentage of Positive Words Test ....................78
26. Disclosure Committee Composition Percentage of Negative Words test ...................79
27. Disclosure Committee Composition Bid-Ask Spread Test .........................................80
28. Disclosure Committee Composition Illiquidity Test ...................................................81
29. Disclosure Committee Composition ERC Test ...........................................................82
30. Disclosure Committee Composition FERC Test .........................................................83
31. Disclosure Committee Adoption and Current Material Weaknesses ..........................84
32. Disclosure Committee Adoption and Future Material Weaknesses ............................85
33. Number of Words Test Excluding Unclear Adoption Timing Observations ..............86
34. Gross File Size Test Excluding Unclear Adoption Timing Observations ...................87
35. Net File Size Test Excluding Unclear Adoption Timing Observations .......................88
36. Bid-Ask Spread Test Excluding Unclear Adoption Timing Observations ..................89
37. Market Illiquidity Test Excluding Unclear Adoption Timing Observations ...............90
38. ERC Test Excluding Unclear Adoption Timing Observations ....................................91
39. FERC Test Excluding Unclear Adoption Timing Observations .................................92
40. Bid-Ask Spread Test Measuring BA_SPREAD over the fiscal year ............................93
41. Market Illiquidity Test Measuring ILLIQUIDITY over the fiscal year ........................94
42. Residual Volatility Test ...............................................................................................95
1
I. Introduction
In an effort to assist companies in dealing with additional disclosure requirements and
increased scrutiny over financial reporting practices following the adoption of the Sarbanes-
Oxley Act of 2002 (SOX), the Securities and Exchange Commission (SEC) recommended that
companies adopt disclosure committees “with the responsibility of determining the materiality of
information and determining disclosure obligations on a timely basis” (SEC 2002; Bevilacqua
2004). Although disclosure committee adoption is voluntary, regulators and practitioners believe
that a disclosure committee is an essential part of a company’s communication process (SEC
2002; Deloitte and Touche 2003; Deloitte 2013).
Disclosure committee responsibilities can include reviewing the design and operation of
disclosure controls, determining whether periodic filings (e.g., 8-K or Form 4 filings) are
necessary, and drafting and reviewing quarterly and annual filings (i.e., 10-Qs and 10-Ks).
Although the composition of disclosure committees is not regulated, most are comprised of
management (e.g., the Chief Executive Officer (CEO), Chief Financial Officer (CFO), Chief
Accounting Officer, General Counsel, and Chief Investor Relations Officer) and board members
(Bocchio and Daly 2007; McCarthy 2008). Most disclosure committees meet at least quarterly
(KPMG 2011a) and report directly to the CEO or CFO (Deloitte 2013; WSJ 2013). Therefore,
committee meetings can require a significant investment of management time and company
resources. Although regulators, practitioners, and the business press highlight the potential
benefits of disclosure committee adoption, to my knowledge, no prior studies examine why
companies form disclosure committees and whether disclosure committee adoption influences
disclosure quality and/or market outcomes.
2
In this study, I examine the determinants and consequences of disclosure committee
adoption. To perform my analyses, I hand collect a sample of disclosure committee adopters by
performing keyword searches of SEC filings on EDGAR. Using a sample of 764 disclosure
committee adoptions, I find that companies are more likely to adopt disclosure committees when
there are prior year material weaknesses in internal controls over financial reporting or when
prior year 10-K filings are less readable. I also find that disclosure committee adoption is more
likely among larger companies and companies engaging a Big N auditor.
Next, I investigate how disclosure committee adoption influences corporate disclosures.
Companies might adopt disclosure committees to facilitate the transfer of information across the
entity or to signal improved disclosure quality and reduce agency costs.1 However, under
institutional theory, corporate governance mechanisms may be “primarily ceremonial and serve
as symbols of effective oversight” (Beasley et al. 2009, p. 69). Thus, disclosure committee
adoption may not have an effect on disclosure quality.
I first examine the impact of adoption on the length and readability of 10-K filings. The
SEC’s Plain English Rule mandates clear language that avoids “boilerplate” disclosure (SEC
1998). More recently, the SEC has undertaken projects to reduce disclosure overload and
improve the effectiveness of disclosures.2 Prior research suggests that shorter and more readable
10-K filings are more informative to investors and analysts (Li 2008; Miller 2010; Lehavy et al.
1 Suggested benefits of disclosure committees include improving disclosure quality by
formalizing the disclosure process and aiding in the accumulation of financial information,
determining the materiality of transactions, and communicating this information to management
in a timely manner (Bocchio and Daly 2007; McCarthy 2008). 2 For example, the SEC is currently working to help companies improve disclosure quality by
suggesting that they remove duplicate, redundant, or unnecessary disclosure from 10-K filings
and by identifying areas where additional disclosure may be useful or necessary (see SEC
Changes Tack on Disclosure Overload Project, available at:
http://blogs.wsj.com/cfo/2014/05/01/sec-changes-tack-on-disclosure-overload-project/).
3
2011; Loughran and McDonald 2014). If disclosure committee adoption represents a
commitment to improved disclosure quality, then I expect 10-K filings to be shorter and more
readable post-adoption. However, if disclosure committee adoption is primarily ceremonial, then
the length and readability of 10-K filings should be unaffected or 10-K filings should become
longer and less readable post-adoption.
I also examine whether the adoption of a disclosure committee influences the level of
information asymmetry and the informativeness of earnings. Prior research suggests that
increased disclosure quality reduces the likelihood that investors discover and trade on private
information and therefore decreases information asymmetry (Brown and Hillegeist 2007). Thus,
if disclosure committee adoption improves disclosure quality, then I expect that the level of
information asymmetry will decrease post-adoption. However, if disclosure committee adoption
is primarily ceremonial in nature or decreases disclosure quality, then I expect no change or an
increase in information asymmetry after disclosure committee adoption. Prior research also
suggests that more informative disclosure can improve the informativeness of earnings (Healy et
al. 1999) and can increase the amount of future earnings news reflected in current returns
(Lundholm and Myers 2002). If disclosure committee adoption improves disclosure quality,
then I expect the informativeness of earnings to increase post-adoption. However, if disclosure
committees do not change or reduce disclosure quality, then I expect no change or a decrease in
the informativeness of earnings post-adoption.
In my consequences tests, I use a difference-in-differences research design and select a
control sample of companies that did not adopt a disclosure committee using a propensity score
matching method that controls for observable company characteristics (Rosenbaum and Rubin
1983). Specifically, I match each company in the treatment sample (i.e., each of the disclosure
4
committee adopters) with a company that does not adopt a disclosure committee but is as likely
to adopt given its observable characteristics.
I find that companies adopting disclosure committees file longer and less readable 10-Ks
post-adoption. Specifically, I find that disclosure committee adoption is associated with an 8
percent increase in the number of words in the 10-K filing and an 8 percent increase in gross 10-
K file size, representing an increase in length of 6 pages of single spaced text, on average. Thus,
disclosure committee adoption does not improve the readability of the annual 10-K filing. In
addition, I find no relation between disclosure committee adoption and level of information
asymmetry or between disclosure committee adoption and the informativeness of earnings.
Taken together, these results suggest that disclosure committee adoption is associated with
longer and less readable 10-K filings, but these longer and less readable 10-K filings do not
influence market outcomes.
In additional analyses, I examine the relation between disclosure committee adoption and
specific word types used in the 10-K filing. After disclosure committee adoption, I find an
increase in positive, negative, and neutral words. However, I do not find a change in the
proportions of positive, negative, or neutral words to total words in the 10-K after adoption.
These results suggest disclosure committee adoption is associated with an increase in words in
general and do not change the sentiment or tone of the 10-K filing. Next, I use a subsample of
companies that disclose the composition of their disclosure committee and investigate whether
the composition of the disclosure committee impacts the length and complexity of the 10-K
filing, information asymmetry, and earnings informativeness. In these tests, I find some
evidence that the inclusion of senior management on the disclosure committee is associated with
longer 10-K filings. I do not find robust evidence suggesting that the inclusion of senior
5
management on the disclosure committee influences information asymmetry or the
informativeness of earnings. Last, I examine the relation between disclosure committee adoption
and the quality of internal controls over financial reporting. I find an increase in likelihood of an
internal control weaknesses reported in the year of disclosure committee adoption. However, I
also find a decrease in the likelihood of internal control weaknesses reported in the year after
adoption. Taken together, these results suggest that disclosure committee adoptions are a signal
of an improvement in current and future internal controls over financial reporting.
My findings should be of interest to academic researchers, regulators, investors, and other
stakeholders interested in the determinants and consequences of disclosure committee adoption.
Consistent with institutional theory, my findings suggest that the disclosure committee adoption
is primarily ceremonial in that although it affects the amount of quantity of disclosure, it does not
improve disclosure quality. This suggests that the investment of management time and company
resources may not benefit shareholders. Finally, my finding that disclosure committee adoption
increases the length and decreases the readability of 10-K filings could be problematic given
recent efforts by the SEC to reduce disclosure overload.
The remainder of this paper is organized as follows. In Section 2, I provide background
information about disclosure committees, review prior literature, and develop my hypotheses. In
Section 3, I describe my research design. Section 4 describes my sample selection and data.
Section 5 presents the results of my empirical tests. Section 6 presents additional analyses.
Section 7 describes my robustness tests and Section 8 offers concluding remarks.
6
II. Background, Prior Literature, and Development of Hypotheses
A. Disclosure Committees
Disclosure committee adoption represents a significant investment of management time
and company resources. In general, disclosure committees provide guidelines for disclosure and
determine the appropriateness of public disclosures. Specifically, disclosure committees should
ensure that company filings are fair, accurate, timely, and complete by creating, reviewing, and
disseminating financial disclosures made by the company (Deloitte and Touche 2003).3
Typically, one of the primary responsibilities of the disclosure committee is to draft and
review the annual 10-K filing. The 10-K is one of the most important documents filed by a
public company because it contains both summary information related to prior year performance
and forward-looking information that helps investors anticipate future performance.4 Proponents
suggest that disclosure committees can help managers determine what information to disclose in
the 10-K as well as how and when to disclose this information. For example, Tysiac (2012)
suggests that the disclosure committee can help improve reporting in the Management
Discussion & Analysis section of the 10-K by monitoring such items as financial covenants,
regulatory and legislative changes, problems with customers and suppliers, and litigation
developments. Disclosure committees can take the lead in benchmarking key disclosures against
industry peers and advising management on which disclosures to include or exclude from
company filings (McCarthy and Iannaconi 2010). Moreover, disclosure committees can reduce
3 An example of the responsibilities section of a Disclosure Committee Charter appears in
Appendix A. Among the responsibilities listed, Cardinal Health’s Disclosure Committee has
oversight of the preparation of the Company’s 10-K filing. 4 I follow Griffin (2003) and Loughran and McDonald (2014) and focus on annual 10-K filings
rather than 10-K and 10-Q filings because prior research suggests that 10-K filings are more
informative than 10-Q filings to investors.
7
the complexity of financial disclosures made in 10-K filings (KPMG 2011b). Alternatively,
according to an audit committee member of a company listed on the New York Stock Exchange,
disclosure committees place a burden on management and on the audit committee by adding
another layer of bureaucracy to the organization (Tremblay and Gendron 2011).
Companies might adopt disclosure committees to reduce agency costs by providing a
signal of improved disclosure quality. However, the adoption of a disclosure committee might
also be a ceremonial governance choice that doesn’t improve disclosure quality or provide
perceived benefits to shareholders. As such, disclosure committee adoption could be consistent
with institutional theory, which states that some corporate governance structures are merely
symbolic and do not actually improve corporate governance (Scott 1987). In this paper, I
examine whether disclosure committee adoption provides real or perceived benefits to
shareholders by investigating whether disclosure committee adoption influences the readability
of the annual report, information asymmetry, and informativeness of earnings.
B. Annual Report Readability
Li (2008) was the first to document the effects of complex language in the 10-K filing; he
finds that less readable 10-K filings (i.e., 10-Ks that are less readable) are associated with poor
future performance and lower earnings persistence. You and Zhang (2009) find that investor
underreaction to information in 10-K filings is more pronounced for companies with lengthy 10-
Ks, and Miller (2010) finds lower overall trading volume for companies with longer and less
readable annual reports.5 In addition, when 10-Ks are less readable, analyst forecast dispersion
and analyst forecast uncertainty are greater and analyst forecasts are less accurate (Lehavy et al.
2011). Moreover, experimental research also finds evidence that the readability of disclosure
5 This lower overall trading volume is driven by less frequent trading by small investors.
8
impacts investors. For example, Rennekamp (2012) finds that investors experience processing
disfluency and rely less on disclosures when readability is poor. Taken together, prior research
suggests that investors and analysts find longer and more complex 10-K disclosures less useful
(Libby and Emett 2014).
Because disclosure committees are often responsible for drafting and reviewing 10-K
filings, I examine the impact of disclosure committee adoption on 10-K disclosure quality. On
the one hand, disclosure committees could improve disclosure quality by helping top
management obtain and summarize information, and draft and review disclosures. Having a
formalized disclosure process and including management from multiple areas within a company
(e.g., legal, investor relations, accounting, and operations) could improve the readability of 10-K
filings. In addition, disclosure committees could improve the readability of 10-K filings by
drafting disclosures that are shorter and more informative. On the other hand, disclosure
committee adoption could lead to longer and less informative 10-K filings because committee
members may increase the length or decrease the readability of 10-Ks because of regulatory or
legal concerns or because committee members may feel obligated to increase disclosure
(regardless of content) given that such a committee has been formed. Because the adoption of a
disclosure committee could increase or decrease the length and/or readability of 10-K filings, my
first null hypothesis is as follows:
H0a: Disclosure committee adoption does not influence the length or readability of a
company’s 10-K filing.
To test this hypothesis, I examine the change in 10-K length and readability following disclosure
committee adoption.
9
Many prior studies use the Fog Index, which measures readability as a function of
average sentence length and the number of complex words, to proxy for readability.6 However,
Loughran and McDonald (2014) find that the Fog Index is misspecified when used to measure
the readability of 10-K filings because many of the “complex words” in the 10-K filing are
simple business terms, rather than words that are difficult to read or understand. Loughran and
McDonald (2014) suggest that the file size of the 10-K filing provides a better measure of
readability because it correlates more strongly than the Fog Index with returns volatility, analyst
forecast error, and analyst forecast dispersion. Thus, I use the 10-K gross file size and net file
size, following Loughran and McDonald (2014), to measure the length and readability of the 10-
K filing. The 10-K gross file size variable is the size of the 10-K filing as posted on EDGAR
and the net file size variable is the size of the 10-K filing when only textual content is included.
Loughran and McDonald (2014) use both file size measures to proxy for readability. I also
follow You and Zhang (2009) and Miller (2010) and use the number of words in the 10-K filing
as a simple proxy for 10-K length and complexity.
C. Information Asymmetry
Information asymmetry allows informed investors to benefit by trading based on their
private information. Economic theory suggests that increased disclosure quality reduces
information asymmetry (e.g., between the company and market participants or between informed
and uninformed investors) and many empirical studies provide supporting evidence (Healy et al.
2001; Beyer et al. 2010). In addition, Brown and Hillegeist (2007) suggest that increased
disclosure quality reduces investor incentives for private information search, thereby decreasing
information asymmetry.
6 See, for example, Li (2008) Biddle et al. (2009), Lehavy et al. (2011), and Lawrence (2013).
10
Because disclosure committees are charged with increasing disclosure quality in general
and ensuring that disclosures are complete, accurate, and relevant, changes to disclosures made
by the disclosure committee could reduce information asymmetry by increasing the amount of
information available to investors. However, because disclosure committees could reduce
disclosure or decrease disclosure quality, information asymmetry could increase or be unaffected
by disclosure committee adoption. Stated in the null, my second hypothesis is as follows:
H0b: Disclosure committee adoption does not influence information asymmetry.
To test this hypothesis, I use two common proxies for information asymmetry – bid-ask spreads
and stock illiquidity – and examine the change in information asymmetry after disclosure
committee adoption.
Bid-ask spreads are a common proxy for the level of information asymmetry because
they capture the adverse selection problem that arises from trading in the presence of
asymmetrically informed investors (Healy et al. 1999; Leuz and Verrecchia 2000). Prior
research also uses the level of stock illiquidity to proxy for information asymmetry. This
research suggests that a reduction in information asymmetry resulting from an increase in
disclosure increases the liquidity of a company’s stock (Amihud and Mendelson 1986; Diamond
and Verrecchia 1991). Thus, higher levels of stock illiquidity represents greater information
asymmetry.
D. Earnings Informativeness
Decades of accounting research investigate the returns-earnings relation (Kothari et al.
2001). This research suggests that current stock returns reflect investor beliefs about current and
future earnings. When investors perceive current earnings to be more informative about
company value, the relation between current stock returns and current earnings surprise (i.e., the
earnings response coefficient (ERC)) will be greater. In addition, stock returns reflect investor
11
beliefs about future performance (Beaver et al. 1980) such that future earnings explain a large
amount of the variation in current stock returns (Collins et al. 1994). Recent literature examines
the impact of disclosure on the relation between current returns and current and future earnings.
This research suggests that companies with large increases in disclosure activity experience an
increase in ERCs (Healy et al. 1999), and that companies with more informative disclosures
experience higher future earnings response coefficients (FERCs) (Gelb and Zarowin 2002;
Lundholm and Myers 2002; Choi et al. 2011).
The SEC and practitioners suggest that disclosure committees should improve the
relevance, timeliness, and credibility of reported performance. Audit firms also suggest that
disclosure committees should help to increase the credibility of reported earnings (PwC 2006).
If disclosure committee adoption improves disclosure quality and the relevance of earnings, then
ERCs will increase following disclosure committee adoption. In addition, if disclosure
committees increase the timeliness and credibility of reported earnings, then FERCs should
increase post-disclosure committee adoption. However, because disclosure committee adoption
may be ceremonial, my third and fourth null hypotheses are as follows:
H0c: Disclosure committee adoption does not affect the market’s response to earnings
news.
H0d: Disclosure committee adoption does not affect the amount of future earnings news
reflected in current returns.
To test this hypothesis, I examine the effect of disclosure committee adoption on both ERCs and
FERCs.
12
III. Research Design
A. Determinants of Disclosure Committee Adoption
Examining the consequences of disclosure committee adoption requires controlling for
factors occurring concurrently with the formation of disclosure committees. One way to do this
is to establish a prediction model for disclosure committee adoption and use this to identify a
propensity score matched control sample of companies that do not adopt a disclosure committee.
In developing my prediction model, I acknowledge that some companies may use
disclosure committee adoption to signal improvements in disclosure quality as a means to reduce
agency costs. Therefore, I expect companies with poor quality disclosures in year t-1 to be more
likely to adopt disclosure committees because this can signal to shareholders that they are
making efforts to improve current and future disclosure quality. I also expect larger companies,
higher-growth companies, and companies with more complex operations to be more likely to
adopt disclosure committees because they can assist management in gathering financial
information and drafting and reviewing disclosures. Finally, I include company profitability,
leverage, age, and level of institutional ownership, as well as auditor characteristics in the year
before adoption in my prediction model.7 My prediction model is as follows:
PR(DC_ADOPTt) = α0 + α1 RES_ANNOUNCEit-1 + α2 MWEAKNESS302it-1
+ α3 GROSSFILESIZEit-1 + α4 SIZEit-1 + α5 BTM it-1 + α6 M&Ait-1
+ α7 FINANCINGit-1 + α8 SEGMENTSit-1 + α9 FOREIGNit-1
+ α10 RET_VOLit-1 + α11 STD_SALEit-1 + α12 STD_CFOit-1
+ α13 AR_INit-1 + α14 SPECIAL_ITEMSit-1 + α15 OP_CYCLEit-1 + α16 ROAit-1
+ α17 LEVERAGEit-1 + α18 AGEit-1 + α19 %INST_HOLDit-1 + α20 BIGNit-1
+ α21 AUDITOR_TENUREit-1 + αj INDUSTRYFEit-1 + αk YEARFEit-1 (1)
7 Governance data in machine-readable form is unavailable for half of my sample companies so
include governance variables in my models would result in significant sample attrition.
However, in untabulated analyses, I find no difference in governance characteristics (i.e., audit
committee size, percentage of outsiders on the audit committee, and percentage of outsiders on
the board of directors) between treatment and control companies either before or after disclosure
committee adoption.
13
where:
DC_ADOPTt = an indicator variable set to one if the company adopted a
disclosure committee during year t, zero otherwise;
RES_ANNOUNCEt-1 = an indicator variable set to one if the company announced
a restatement in year t-1 due to misstatements in prior year
financial statements, zero otherwise (Audit Analytics);
MWEAKNESS302t-1 = an indicator variable set to one if the company disclosed
a material weakness in internal control over financial
reporting under SOX Section 302 in year t-1, zero
otherwise (Audit Analytics);
GROSSFILESIZEt-1 = the natural log of the gross file size of the company’s 10-
K filing in year t-1 (available from Bill McDonald’s
website)8;
SIZEt-1 = the natural log of total assets in year t-1 (Compustat: AT);
BTMt-1 = book-to-market in year t-1, calculated as the book value
of common equity (Compustat: CEQ) divided by the
market value of equity (Compustat: CHSO x PRCC_F);
M&At-1 = an indicator variable set to one if the company engaged in
a merger or acquisition in year t-1, and zero otherwise
(Compustat: SALE_FN);
FINANCINGt-1 = an indicator variable set to one if M&A is not equal to
one and the number of shares outstanding (Compustat:
CHSO) increased by at least 10 percent during the year, or
if M&A is not equal to one and long-term debt increased by
at least 20 percent during the year, zero otherwise;
SEGMENTSt-1 = the natural log of the number of business segments in
year t-1 (Compustat Segment File);
FOREIGNt-1 = the natural log of the number of foreign segments in year
t-1 (Compustat Segment File);
RET_VOLt-1 = the standard deviation of daily stock returns in year t-1;
8 The 10-K readability data used in Loughran and McDonald (2014) are available at
http://www3.nd.edu/~mcdonald/Word_Lists.html.
14
STD_SALEt-1 = the standard deviation of sales (Compustat: SALE) for the
prior three years ending in year t-1;
STD_CFOt-1 = the standard deviation of operating cash flows
(Compustat: OANCF) for the prior three years ending in
year t-1;
AR_INt-1 = the proportion of accounts receivable (Compustat: RECT)
and inventory (Compustat: INVT) in total assets
(Compustat: AT) in year t-1;
SPECIAL_ITEMSt-1 = special items (Compustat: SPI) scaled by total assets
(Compustat: AT) in year t-1;
OP_CYCLEt-1 = the company’s operating cycle in year t-1, calculated as
the number of days sales in accounts receivable plus the
number of days sales in inventory;
ROAt-1 = return on assets in year t-1, measured as income before
extraordinary items (Compustat: IB) scaled by total assets
(Compustat: AT);
LEVERAGEt-1 = the debt-to-assets ratio in year t-1 (Compustat: DLTT /
AT);
AGEt-1 = company age in year t-1, calculated as the number of
years during which the company reports total assets on
Compustat (Compustat: AT) greater than zero;
%INST_HOLDt-1 = the percentage of institutional holdings in year t-1
(Thomson Reuters Institutional Holdings);
BIGNt-1 = an indicator variable set to one if the company is audited
by a Big N auditor in year t-1, zero otherwise;
AUDITOR_TENUREt-1 = the length of the company-auditor relationship to date;
FF_INDUSTRYFE = industry indicator variables defined using the Fama and
French (1997) industry classifications; and
YEARFE = fiscal year indicator variables.
15
B. Propensity Score Matching and Difference-in-Differences
Most sample companies disclose the presence of a disclosure committee in their 10-Q,
10-K, or DEF 14A filings. In each instance, I ensure that the disclosure committee was formed
and operating before the fiscal year-end date used to measure my consequences (outcome)
variables. I estimate Equation (1) using the disclosure committee adoption year for my treatment
companies (i.e., I remove the pre-and post-adoption years for companies that adopt a disclosure
committee) and all of the available company-years in the sample period for companies that did
not adopt a disclosure committee.9 I use logit regression with robust standard errors clustered by
company because non-disclosure committee adopters can appear in the sample multiple times. I
use the results from this estimation to propensity score match each treatment company to a
control company in the same year using the caliper method (without replacement). This method
allows me to control for observable company characteristics in my consequences analyses
(Rosenbaum and Rubin 1983). The sets of treatment companies and matched control companies
comprise my sample companies for all remaining analyses.
Because I am interested in the effects of disclosure committee adoption, I use a
difference-in-differences research design. Specifically, my sample includes the year before and
the year after disclosure committee adoption for both treatment companies (i.e., those adopting
disclosure committees) and the propensity score matched control companies (i.e., those not
adopting disclosure committees).10 In all outcome analyses, I also include controls for time-
variant characteristics that could influence the outcome variable.
9 I use include all years for the non-disclosure committee adopters because they could have
adopted the committee in any of the years of my sample. 10 The propensity score matched sample also allows me to overcome concerns about violating the
parallel trends assumption that is important for difference-in-differences research designs
(Roberts and Whited 2011).
16
C. Readability Tests
To examine the relation between disclosure committee adoption and readability of the 10-
K filing, I estimate the following cross-sectional regression using ordinary least squares (OLS):
READ_VARit = β0 + β1 DCit + β2 AFTERit + β3 DCit x AFTERit + β4 SPECIAL_ITEMSit + β5 M&Ait
+ β6 FINANCINGit + β7 RET_VOL3it + β8 LOSSDit + β9 STD_INCOMEit
+ β10 DELAWAREit + β11 %INST_HOLDit + β12 SIZEit + β13 BTMit
+ β14 FOREIGNit + β15 SEGMENTSit + βj YEARFE + βk FF_INDUSTRYFE
+ µit (2)
where:
READ_VAR = readability, defined as the log number of words in the 10-K filing
(#WORDSt), the log of the 10-K’s gross file size
(GROSSFILESIZEt), or the log of the 10-K’s net file size
(NETFILESIZEt);
DCt = an indicator variable set to one for companies that adopted a
disclosure committee, and zero otherwise;
AFTERt = an indicator variable set to one in the post-adoption period, and
zero otherwise;11
SPECIAL_ITEMSt = special items (Compustat: SPI) scaled by total assets
(Compustat: AT);
M&At = an indicator variable set to one if the company was engaged in a
merger or acquisition during the year, and zero otherwise
(Compustat: SALE_FN);
FINANCINGt = an indicator variable set to one if M&A is not equal to one and
the number of shares outstanding (Compustat: CHSO) increased by
at least 10 percent during the year, or if M&A is not equal to one
and long-term debt increased by at least 20 percent during the year,
zero otherwise;
RET_VOL3t = the standard deviation of daily stock returns over the prior three
years (CRSP: RET);
11 For each control group observation, I set AFTER equal to one based on the year in which that
the matched treatment observation adopted a disclosure committee.
17
LOSSDt = an indicator variable set to one if the company reports a loss
during the year (Compustat: NI), zero otherwise;
STD_INCOMEt = the standard deviation of earnings (Compustat: IB) over the prior
three years;
DELAWAREt = an indicator variable set to one if the company is incorporated in
the state of Delaware, zero otherwise;
%INST_HOLDt = the percentage of institutional holdings (Thomson Reuters
Institutional Holdings database);
SIZEt = the natural log of total assets (Compustat: AT);
BTMt = book-to-market, calculated as the book value of common equity
(Compustat: CEQ) divided by the market value of equity
(Compustat: CHSO x PRCC_F);
FOREIGNt = the natural log of the number of foreign segments (Compustat
Segment File);
SEGMENTSt = the natural log of the number of business segments (Compustat
Segment File);
µit = the error term; and
all other variables as previously defined.
β3 is the coefficient of interest. It represents the difference-in-differences in readability, between
adopter and control companies, from before to after disclosure committee adoption.
Equation (2) includes controls from prior research that are associated with the length and
readability of 10-K filings. Specifically, I control for the magnitude of special items
(SPECIAL_ITEMSt), mergers and acquisitions (M&At), equity or debt financing (FINANCINGt),
the prior volatility of stock returns (RET_VOL3t), current period losses (LOSSDt), the prior
volatility of earnings (STD_INCOMEt), incorporation in the state of Delaware (DELAWAREt),
the percentage of institutional holdings (%INST_HOLDt), company size (SIZEt), book-to-market
18
(BTMt), the number of foreign operating segments (FOREIGNt), and the number of business
segments (SEGMENTSt). I also include industry and year fixed effects to control for differences
in 10-K length and readability over time and across industries.
D. Information Asymmetry Tests
Next, I examine the relation between disclosure committee adoption and information
asymmetry. I use the following general model for these tests:
IA_VARit = γ0 + γ1 DCit + γ2 AFTERit + γ3 DCit x AFTERit + γ4 TURNOVERit-1 + γ5 MVEit-1
+ γ6 RET_VOLit-1 + γ7 GROSSFILESIZEit + γj YEARFE + γk FF_INDUSTRYFE
+ νit (3)
where:
IA_VARt = a measure of information asymmetry, defined as either
BA_SPREAD or ILLIQUIDITY;
BA_SPREADt = bid ask spread (following Corwin and Schultz (2012)), measured
as the average high-low estimator over the period from 9 months
before the fiscal year-end through 3 months after the fiscal year-
end;
ILLIQUIDITYt = the daily ratio of absolute stock returns scaled by the dollar
volume of trading (following Amihud (2002)), averaged over the
period starting 9 months before the fiscal year-end through 3
months after the fiscal year-end;
TURNOVERt-1 = the log of annual share turnover in year t-1 (CRSP: VOL);
MVEt-1 = the market value of equity at the end of year t-1;
RET_VOLt-1 = the standard deviation of daily stock returns over the prior fiscal
year (CRSP: RET);
GROSSFILESIZEt = the gross file size of the 10-K filing (from McDonald’s website);
νit = the error term; and
all other variables as previously defined.
19
γ3 is the coefficient of interest. It represents the difference-in-differences in information
asymmetry, between adopter and control companies, from before to after disclosure committee
adoption.
My tests utilize two common measures of information asymmetry. The first measure is
the bid-ask spread. I use the high-low spread estimator from Corwin and Schultz (2012) because
it is easy to calculate and generally outperforms other bid-ask spread estimators based on the
frequency of zero returns.12 I calculate the average (mean) of the Corwin and Schultz (2012)
daily bid-ask spread measure from three months before the fiscal year-end through nine months
after the fiscal year-end to ensure that information in the 10-K filings is priced
(BA_SPREADt).13 Higher BA_SPREADt values represent greater of information asymmetry.
The second measure of information asymmetry is a measure of illiquidity
(ILLIQUIDITYt) from Amihud (2002). This measure captures an investor’s ability to trade in a
stock without moving its price (Daske et al. 2013). I calculate ILLIQUIDITYt as average daily
ratio of absolute stock return to the dollar value of trading volume from three months before the
fiscal year-end through nine months after the fiscal year-end to capture information in the 10-K
filing. Higher values of ILLIQUIDITYt represent higher stock illiquidity and lower market
depth.14
12 I follow Corwin and Schultz (2012) and estimate the bid-ask spread after backing out the
stock’s fundamental volatility. The high-low spread estimator is a reasonable proxy for
information asymmetry because daily high prices are usually buyer-initiated and daily low prices
are almost always seller initiated. Thus, the ratio of high-to-low prices on a given day represents
both the stock’s fundamental volatility and its bid-ask spread. Another benefit of using the
Corwin and Schultz (2012) estimator is that it avoids need to match individual buys and sells
with TAQ data, which computationally intensive and time consuming. 13 The code used to calculate the high-low spread estimator is available on Shane Corwin and
Paul Schultz’s website at http://www3.nd.edu/~scorwin/HILOW_Estimator_Sample_002.sas. 14 I also calculate ILLIQUIDITYt using the median instead of the mean and find my results
unchanged.
20
In my information asymmetry tests, I include controls for lagged company size
(MVEt-1), return volatility (RET_VOLt-1), and share turnover (TURNOVERt-1), consistent with
prior literature (Cheng et al. 2013; Daske et al. 2013). Because I am interested in how disclosure
committee adoption influences information asymmetry overall, I also control for the readability
of the 10-K filing (GROSSFILESIZEt) filed during the fiscal year, as well as industry and year
indicator variables.
E. Earnings Informativeness Tests
Next, I examine the impact of disclosure committee adoption on the informativeness of
earnings using the following model:
RETURNSit = δ0 + δ1 EARNINGSit-1 + δ2 EARNINGSit + δ3 DCit + δ4 AFTERit + δ5 DCit x AFTERit
+ δ6 DCit x EARNINGSit-1 + δ7 DCit x EARNINGSit
+ δ8 AFTERit x EARNINGSit-1 + δ9 AFTERit x EARNINGSit
+ δ10 DCit x AFTERit x EARNINGSit-1 + δ11 DCit x AFTERit x EARNINGSit
+ δj CONTROLS + δk (CONTROLS x EARNINGSit-1)
+ δl (CONTROLS x EARNINGSit) + δm (CONTROLS x DCit)
+ δn (CONTROLS x AFTERit) + δo (CONTROLS x DCit x AFTERit)
+ δp YEARFE + δq FF_INDUSTRYFE + ηit (4)
where:
RETURNSt = the buy-and-hold return for year t, measured from the beginning
of year t;
EARNINGSt = income available to common shareholders before extraordinary
items (Compustat: IB), scaled by the market value of common
equity (Compustat: PRCC_F x CSHO) at the beginning of year t;
CONTROLS = the standard deviation of earnings (STD_INCOMEt), the
proportion of shares owned by institutions (%INST_HOLDt),
analyst following (NUMBER_ANALYSTSt), asset growth
(ASSET_GROWTHt), leverage (LEVERAGEt), book-to-market
(BTMt), and market value of equity (MVEt);
ηit = the error term; and
all other variables as previously defined.
21
I estimate Equation (4) using ordinary least squares (OLS) regression with robust standard errors
clustered by company (Petersen 2009).
The coefficient of interest, δ11, represents how disclosure committee adoption affects the
relation between current earnings and current returns. A positive coefficient estimate would
indicate that disclosure committee adoption increases the informativeness of current earnings.
Finally, I examine the impact of disclosure committee adoption on the relevance and
timeliness of reported earnings. Following prior literature (e.g., Lundholm and Myers (2002),
Ettredge et al. (2005), Tucker and Zarowin (2006), and Drake et al. (2014)), I use the following
model for these tests:
RETURNSit = λ0 + λ1 EARNINGSit-1 + λ2 EARNINGSit + λ3 EARNINGS3it+1 to t+3
+ λ4 RETURNS3it+1 to t+3 + λ5 DCit + λ6 AFTERit + λ7 DCit x AFTERit
+ λ8 DCit x EARNINGSit-1 + λ9 DCit x EARNINGSit
+ λ10 DCit x EARNINGS3it+1 to t+3 + λ11 DCit x RETURNS3it+1 to t+3
+ λ12 AFTERit x EARNINGSit-1 + λ12 AFTERit x EARNINGSit
+ λ14 AFTERit x EARNINGS3it+1 to t+3 + λ15 AFTERit x RETURNS3it+1 to t+3
+ λ16 DCit x AFTERit x EARNINGSit-1 + λ17 DCit x AFTERit x EARNINGSit
+ λ18 DCit x AFTERit x EARNINGS3it+1 to t+3
+ λ19 DCit x AFTERit x RETURNS3it+1 to t+3 + λj CONTROLS
+ λk (CONTROLS x EARNINGSit-1) + λl (CONTROLS x EARNINGSit)
+ λm (CONTROLS x EARNINGS3it+1 to it+3)
+ λn (CONTROLS x RETURNSS3it+1 to it+3) + λo (CONTROLS x DCit)
+ λp (CONTROLS x AFTERit) + λq (CONTROLS x DCit x AFTERit)
+ λr YEARFE + λs FF_INDUSTRYFE + εit (5)
where:
EARNINGS3t+1 to t+3 = the sum of income available to common shareholders before
extraordinary items (Compustat: IB) for the years t+1 through t+3,
scaled by the market value of equity (Compustat: PRCC_F x
CSHO) at the beginning of year t;
RETURNS3t+1 to t+3 = the buy-and-hold return for the fiscal years t+1 through t+3,
measured from the beginning of fiscal year t+1;
CONTROLS = the standard deviation of earnings (STD_INCOMEt), the
proportion of losses in the subsequent three years (LOSS3t), the
proportion of shares owned by institutions (%INST_HOLDt),
22
analyst following (NUMBER_ANALYSTSt), asset growth
(ASSET_GROWTHt), leverage (LEVERAGEt), book-to-market
(BTMt), and market value of equity (MVEt);
εit = the error term; and
all other variables as previously defined.
I estimate Equation (5) using OLS regression with robust standard errors clustered by company
(Petersen 2009).
The coefficient of interest, λ18, represents how disclosure committee adoption influences
the FERC. A positive coefficient estimate would indicate that disclosure committee adoption
increases the amount of future earnings news reflected in current returns. The control variables
follow Lundholm and Myers (2002), Ettredge et al. (2005), and Tucker and Zarowin (2006) and
have been shown to influence the associations between current returns and current and future
earnings.
IV. Sample Selection and Data
My sample consists of a treatment group and a control group. The treatment group is
comprised of all companies that disclose the presence of a disclosure committee in EDGAR
filings and the control group is a propensity score matched sample of companies that do not
adopt a disclosure committee (as described in Section 3). I collect internal control weakness
data, auditor data, and financial statement misstatement data from Audit Analytics, financial data
from the Compustat Fundamental Annual database, returns data from CRSP, analyst data from
I/B/E/S, and institutional holdings data from Thomson Reuters. To minimize the impact of
extreme observations, I winsorize all continuous variables at 1 and 99 percent. Appendix B
provides details about the variable construction.
23
I hand collect disclosure committee adoptions from EDGAR filings (i.e., 10-K, 10-Q,
DEF 14A, DEFA 14A, PRE 14A, PREA 14A, 8-K, S-1, 40-F, 20-F, and 424B filings) from 2002
through 2012.15 I begin in 2002 because this is the year in which the SEC first recommended
their adoption. For my determinants, readability, and information asymmetry tests, my sample
period ends in 2012, but for my earnings informativeness tests, my sample period ends in 2009
because I require three future years of earnings and returns. I perform keyword searches of each
filing for evidence of the presence of a disclosure committee. I then read these filings and
identify companies that adopted a disclosure committee. I set the variable DC_ADOPTt equal to
1 if a disclosure committee is present for a given company-year observation, and 0 otherwise.16
This search yields a sample of 764 unique companies disclosing the presence of a disclosure
committee.17
Table 1 contains the details about my treatment and control samples. Panel A reveals that
many sample companies adopted a disclosure committee immediately after the passage of SOX.
Panel B presents the number of treatment and control observations for by Fama and French
15 I find that the presence of a disclosure committee is most often disclosed in 10-K, 10-Q, and
DEF 14A filings. I also perform searches of EDGAR filings for 1999 through 2001 to
investigate whether companies adopted disclosure committees before the passage of SOX but do
not find evidence of disclosure committee adoptions. 16 Examples of the naming convention for the disclosure committee include the following:
Disclosure and Controls Committee, Financial Reporting Committee, and Financial Reporting
and Disclosure Committee. I perform a keyword search using variations of these examples,
including identifying all observations with the words disclosure and committee within three
words of each other. 17 I also perform Google searches of the Standard and Poor’s (S&P) 1500 for evidence of
disclosure committees on company websites and I find that 390 of the S&P 1500 companies
disclose the presence of a disclosure committee. I find that 333 of these companies were
identified by my EDGAR searches so my EDGAR searches capture about 85 percent of
disclosure committee companies. In all analyses, I exclude the 57 companies identified in
Google searches but not in EDGAR searches as having a disclosure committee because I cannot
reliably determine the disclosure committee adoption date for these companies.
24
(1997) industry classification. My sample companies represent a number of industries, with
companies from the Business Services industry comprising the greatest proportion (at 15.7
percent of the sample) and companies from the Agriculture, Tobacco Products, Shipbuilding and
Railroad Equipment, Defense, Precious Metals, Coal, and Shipping Containers industries
representing the smallest proportion (at 0.10 percent).
[Insert Table 1 Here]
In Table 2, I present descriptive statistics for my treatment and control samples. I find
that, on average, treatment companies have less of their assets in accounts receivable and
inventory (AR_INt-1), are more likely to engage a Big N auditor (BIGNt-1), and have more
readable financial statements (GROSSFILESIZEt-1) in the year before disclosure committee
adoption. I also find that treatment companies are more likely than control companies to report a
material weakness in internal control (MWEAKNESS302t-1) in the year before adoption. Lastly, I
find that disclosure committee adopters have shorter operating cycles (OP_CYCLEt-1), higher
returns volatility (RET_VOLt-1), more segments (SEGMENTSt-1), and are larger (SIZEt-1), in the
year before adoption, relative to control companies.18
[Insert Table 2 Here]
V. Results
A. Determinants Test and Propensity Score Matching
Table 3 presents the results of analyses investigating the determinants of disclosure
committee adoption. The area under the receiver-operating characteristic (ROC) curve is greater
than 0.70, suggesting that my model has acceptable discriminatory power (Hosmer and
18 I also investigate whether the proportion of losses differ between disclosure committee
adoption and control group companies in the pre- and post-adoption periods. I do not find
significant differences in losses between these groups in the pre- or post-adoption years.
25
Lemeshow 2002). The results suggest that companies with material weaknesses in internal
control over financial reporting (MWEAKNESS302t-1) in the prior year are more likely to adopt
disclosure committees. Additionally, companies with less readable 10-K filings
(GROSSFILESIZEt-1), larger companies (SIZEt-1), and companies engaging Big N auditors
(BIGNt-1) in the previous year are more likely to adopt disclosure committees.
[Insert Table 3 Here]
Prior research suggests that the inclusion of fixed effects in nonlinear models creates an
incidental parameters problem and that the unconditional maximum likelihood estimator is
biased (Neyman and Scott 1948; Lancaster 2000), but studies using simulations find that this
bias becomes smaller as the group size increases and Katz (2001) suggests that this bias becomes
negligible when the group size exceeds 15. To investigate the robustness of my results given the
potential for an incidental parameters problem, in Table 4, I re-estimate Equation (1) using
industry-fixed effects based on one digit Standard Industry Classification (SIC) codes and find
that the coefficient signs and significance are unchanged.
[Insert Table 4 Here]
Next, I use the propensity scores from the determinants model to match each treatment
company (i.e., disclosure committee adopter) to a control company that did not adopt a
disclosure committee.19 I match treatment companies to control companies without replacement
on a one-to-one basis with a caliper distance of 0.005,20 matching on year. As indicated in Panel
A of Table 5, I am able to match 732 of the 764 disclosure committee companies. In Panel B, I
19 I performed Google searches to ensure that each control company did not adopt a disclosure
committee during the sample period. 20 Rosenbaum and Rubin (1985) suggest that the appropriate caliper for matching is 25 percent
of the standard deviation of the propensity scores. The standard deviation of the propensity score
from my determinants model is 0.02 so I use a caliper of 0.005.
26
present univariate statistics for the sample of treatment and control companies used in my
determinants test. Columns (1) and (2) contain the means and standard deviations for my control
group and columns (3) and (4) contain the means and standard deviations for my treatment
group. In column (5), I present p-values for tests of differences in means. I do not find
statistically different mean values for any of the variables used in my determinants model,
suggesting that my match procedure successfully matches treatment companies with similar
control companies.
[Insert Table 5 Here]
In column (6), I report normalized differences (i.e., the differences in means scaled by the
average of the two within-group standard deviations). Normalized differences are a more
reliable way to assess covariate balance because they are invariant to sample size (Imbens and
Wooldridge 2009; Abadie and Imbens 2011). Imbens and Wooldridge (2009) suggest that
normalized differences of greater than 0.250 in absolute value represent less than acceptable
covariate balance. I find that all normalized differences are below 0.250 in absolute value,
suggesting that the match between treatment and control companies provides acceptable
covariate balance.
Governance data in machine-readable form is unavailable for half of my sample
companies so include governance variables in my models would result in significant sample
attrition. As such, I do not include board and audit committee related variables in my models. I
investigate differences in governance characteristics for those observations that have available
governance data. In Panels A and B of Table 6, I find no difference in governance
characteristics (i.e., audit committee size, percentage of outsiders on the audit committee, and
27
percentage of outsiders on the board of directors) between treatment and control companies
either before or after disclosure committee adoption.
[Insert Table 6 Here]
Table 7 describes the sample selection for my multivariate tests. For each test, I require
that the treatment and control companies have data available for the pre- and post-adoption
years. I lose 72 treatment companies (and their matching control companies) for my readability
tests, 117 treatment companies for my information asymmetry tests, and 363 treatment
companies for my earnings informativeness tests because of missing data for the treatment or
control companies.21
[Insert Table 7 Here]
B. Readability Tests
The results of my readability tests appear in Tables 8, 9, and 10. In Table 8, I investigate
the relation between disclosure committee adoption and the length (#WORDSt) of the 10-K
filing. I find that the coefficient on DCt insignificant, revealing no difference in 10-K length
between treatment control companies in the pre-disclosure committee adoption period. I find
that the coefficient on DCt x AFTERt is positive and significant (p < 0.05), consistent with
treatment companies experiencing an increase in 10-K length relative to control companies
following the adoption of the disclosure committee. In addition, I find that the joint test of the
coefficients on DCt and DCt x AFTERt is positive and significant (p < 0.05), consistent with
treatment companies having longer 10-K filings than control companies in the post-adoption
period.
21 I lose 311 treatment companies for my earnings informativeness test because I require I/B/E/S
data to calculate analyst following and I require three years of future earnings and returns data.
28
[Insert Table 8 Here]
Next, I examine the relation between disclosure committee adoption and the readability
of the 10-K filing. In Table 9, where GROSSFILESIZEt is the dependent variable, the coefficient
on DCt is insignificant, consistent with no difference in 10-K readability between treatment and
control companies in the pre-adoption period. I find, however, that the coefficient on DCt x
AFTERt is positive and significant (p < 0.05), consistent with disclosure committee adoption
decreasing the readability of the 10-K filing. I also find that the joint test of the coefficients on
DCt and DCt x AFTERt is positive and significant (p < 0.05), consistent with treatment
companies having less readable 10-K filings than control companies in the post-adoption period.
[Insert Table 9 Here]
In Table 10, where NETFILESIZEt is the dependent variable, I find that the coefficient on
DC is insignificant, consistent with no difference in 10-K readability between treatment and
control companies in the pre-adoption period. I find a positive and significant relation (p < 0.05)
between DCt x AFTERt and NETFILESIZEt, consistent with the readability of the 10-K filing
decreasing after disclosure committee adoption. I also find that the joint test of the coefficients
on DCt and DCt x AFTERt is positive and significant, consistent with treatment companies
having less readable 10-K filings than control companies in the post-adoption period (p < 0.05).
[Insert Table 10 Here]
Taken together, my tests reveal that disclosure committee adoption is associated with an
increase in the length and a decrease in the readability of 10-K filings.22
22 I also use Rosenbaum bounds (Rosenbaum 2002) to investigate how large a confounding
effect would need to be to influence the statistical significance of my results. For my #WORDS
test, I find that a confounding factor 1.3 times the size of the coefficient on DCt x AFTERt would
be needed to change my statistical inferences. For the GROSSFILESIZE and NETFILESIZE
29
C. Information Asymmetry Tests
Tables 11 and 12 present the results of my information asymmetry tests. If disclosure
committees decrease the level of information asymmetry, I expect that bid-ask spreads
(BA_SPREADt) and market illiquidity (ILLIQUIDITYt) would decline following disclosure
committee adoption. Alternatively, if the disclosure committee does not increase disclosure
quality and the amount of information available to investors, bid-ask spreads and market
illiquidity could be unchanged or could increase.
In Table 11, I find that the coefficient on DCt x AFTERt is insignificant. This suggests
that disclosure committee adoption does not change the level of information asymmetry as
captured by bid-ask spreads.
[Insert Table 11 Here]
Similarly, in Table 12, I find no relation between disclosure committee adoption and the
level of illiquidity (ILLIQUIDITYt). Taken together, these results suggest that disclosure
committee adoption does not affect information asymmetry.23
[Insert Table 12 Here]
D. Earnings Informativeness Tests
Next, I examine whether disclosure committee adoption impacts the informativeness of
earnings. If a disclosure committee improves disclosure quality related to current or future
earnings news, then I expect that the ERC and FERC will be larger post-adoption. The results of
tests, the effect would need to be 1.20 and 1.28 times the effects of DC x AFTER to change my
statistical inferences. 23 I also investigate whether disclosure committee adoption influences the relation between
information asymmetry and readability. In these tests, I include an interaction between DC,
AFTER, and GROSSFILESIZE. I find that the coefficient on DC x AFTER x GROSSFILESIZE
is insignificant, suggesting that disclosure committee adoption does not influence the relation
between information asymmetry and readability.
30
these tests are tabulated in Tables 13 and 14. In Table 13, consistent with prior research, I find a
negative relation between past earnings and current returns and a positive relation between
current earnings and current returns. However, the coefficient on DCt x AFTERt x EARNINGSt
is insignificant. This result suggests that disclosure committee adoption does not influence the
relation between current returns and current earnings. Next, I examine whether disclosure
committee adoption influences the extent to which future earnings are reflected in current
returns.
[Insert Table 13 Here]
In Table 14, consistent with prior literature, I find negative relations between past
earnings and future returns (EARNINGSt-1 and RETURNS3t+1 to t+3) and current returns
(RETURNt), and positive relations between contemporaneous and future earnings (EARNINGSt
and EARNINGS3t+1 to t+3) and current returns (RETURNt). However, the coefficients on DCt x
AFTERt x EARNINGSt and DCt x AFTERt x EARNINGS3t+1 to t+3 are insignificant. These results
suggest that disclosure committee adoption does not change the informativeness of earnings or
the extent to which current returns reflect future earnings news.24
[Insert Table 14 Here]
VI. Additional Analyses
A. Specific Word Types
I also examine the impact of disclosure committee adoption on the specific words in 10-K
filings. Specifically, I look at the number of positive, negative, and neutral words reported in a
24 My results are robust to using one year of future earnings and returns data, following Ettredge
et al. (2005).
31
company’s annual 10-K. I use data from Loughran and McDonald (2012) to calculate the
number of positive, negative, and neutral words in each company’s 10-K filing.
First, in Table 15, I examine how disclosure committee adoption impacts the number of
positive words in the 10-K filing. I find the coefficient on DCt x AFTERt positive and
significant, suggesting that disclosure committee adoption is associated with an increase in the
number of positive words in the 10-K filing.
[Insert Table 15 Here]
Next, in Table 16, I examine how disclosure committee adoption impacts the number of
negative words in the 10-K filing. Similarly, I find the coefficient on DCt x AFTERt positive and
significant, suggesting that disclosure committee adoption is associated with an increase in the
number of negative words in the 10-K filing.
[Insert Table 16 Here]
Finally, in Table 17, I examine how disclosure committee adoption impacts the number
of neutral words in the 10-K filing. I find that the coefficient on DCt x AFTERt positive and
significant, suggesting that disclosure committee adoption is associated with an increase in the
number of neutral words in the 10-K filing.
[Insert Table 17 Here]
Taken together, my results suggest that disclosure committee adoption is
associated with an increase in words in general and not a specific word type. Next, I examine
whether disclosure committee adoption impacts the proportion of each word type (i.e., positive,
negative, and neutral) words among all of the words in the 10-K filing. In Tables 18, 19, and 20,
I find that disclosure committee adoption is not associated with a difference in the proportion of
each word type. Taken together, these results suggest that disclosure committee adoption is
32
associated with an increase in words in general and no change the overall tone or sentiment of
the 10-K filing.
[Insert Table 18 Here]
[Insert Table 19 Here]
[Insert Table 20 Here]
B. Disclosure Committee Composition Tests
Over 30 percent of my sample companies disclose the composition of their disclosure
committee. I hand collect this data from SEC filings to create profiles of each disclosure
committee in my sample. The composition of the disclosure committee could influence the
committee’s operations and the quality of disclosure because the members of the committee
could influence the amount and quality of information disclosed by the company. On the one
hand, executives could provide additional information that helps the committee to improve
disclosure quality. On the other hand, the inclusion of executives on the disclosure committee
could influence the committee to reduce disclosure quality if there is an incentive to obfuscate
information.
In Table 21, I include descriptive statistics for the 246 disclosure committee adoptions
that disclosed the composition of the disclosure committee. The descriptive statistics indicate
that a senior manager sits on the disclosure committee of 90.2 percent of sample companies. The
CEO sits on the disclosure committee of 23.2 percent and the CFO sits on the disclosure
committee of 28.9 percent of my sample companies. The descriptive statistics also indicate that
Chief Operating Officers (COO) sit on 21.1 percent of disclosure committees, General Counsels
sit on 21.1 percent, accounting officers (e.g., Controllers, Chief Accounting Officers) sit on 21.5
33
percent, internal audit personal on 8.5 percent, audit committee members on 2 percent, and
directors on 6.5 percent.
[Insert Table 21 Here]
In Table 22, I examine whether the composition of the disclosure committee influences
the number of words in the 10-K filing. I find a positive relation between MANAGER_ON_DC
and #WORDS. However, in Table 23, I find no relation between any of the disclosure committee
composition variables and GROSSFILESIZE. In Table 24, I find a positive and significant
relation between MANAGER_ON_DC and NETFILESIZE. Taken together, these results suggest
that the inclusion of a member of senior management on the disclosure committee results in
longer and more complex 10-K filings.
[Insert Table 22 Here]
[Insert Table 23 Here]
[Insert Table 24 Here]
I also examine whether the composition of the disclosure committee influences the tone
or sentiment of the 10-K filing. In Table 25, I examine the relation between the percentage of
positive words included in the 10-K filing and the composition of the disclosure committee. I
find a negative and significant relation between the presence of the COO on the disclosure
committee and the number of positive words, suggesting that disclosure committees that include
COOs reduce the proportion of positive words included in the 10-K.
[Insert Table 25 Here]
In Table 26, I examine the relation between the percentage of negative words in the 10-K
filing and the composition of the disclosure committee. I find that the presence of an audit
committee member on the disclosure committee (AC_ON_DC) is positively associated with the
34
number of negative words in the 10-K filing. This result suggests that the inclusion of an audit
committee member on the disclosure committee leads to an increase in the number of negative
words used in the 10-K filing.
[Insert Table 26 Here]
Next, I examine whether the composition of the disclosure committee impacts
information asymmetry in the year of disclosure committee adoption. In Table 27, I find a
negative and significant relation between the presence of the Chief Risk Officer (CRO) on the
disclosure committee and BA_SPREAD. However, in Table 28, I do not find a relation between
any of the variables of interest and ILLIQUIDITY. These results do not provide robust evidence
that the composition of the disclosure committee influences information asymmetry.
[Insert Table 27 Here]
[Insert Table 28 Here]
Finally, I examine whether the composition of the disclosure committee influences ERCs
and FERCs. In Table 29, I find an increase in ERCs when internal audit personnel sit on the
disclosure committee.
[Insert Table 29 Here]
In Table 30, I present the results of my FERC tests. I find that the presence of the CFO,
COO, and audit committee members on the disclosure committee increase FERCs. However, I
find that the presence of directors on the disclosure committee decrease FERCs. Taken together,
these results suggest that the extent to which current returns reflect future earnings news is
greater when CFOs, COOs, and audit committee members sit on the disclosure committee.
[Insert Table 30 Here]
35
C. Internal Control over Financial Reporting
The SEC states that the disclosure committee should also be involved in developing and
evaluating internal control over financial reporting. Since the adoption of a disclosure committee
could be a signal that the company has committed to high quality disclosure and financial
reporting, I next examine whether disclosure committee adoption influences the reporting of
404b material weaknesses in internal control. First, I examine the relation between disclosure
committee adoption and internal control weaknesses in the year of adoption. Next, I examine the
relation between disclosure committee adoption and internal control weaknesses in the year after
adoption. The results are presented in Tables 31 and 32.
In Table 31, I find a positive and significant relation between disclosure committee
adoption and the reporting of internal control weaknesses. This result suggests that disclosure
committees improve control quality in the year of adoption by helping the company to identify
and report internal control problems.
[Insert Table 31 Here]
Next, I examine the relation between disclosure committee adoption and the reporting of
internal control weaknesses in year after adoption. The dependent variable and control variables
in this regression are all measured at time t+1 relative to the disclosure committee adoption. In
Table 32, I find a negative and significant coefficient on DC x AFTER. This result suggests that
the adoption of a disclosure committee is negatively related to the reporting of future internal
control weaknesses and provides some evidence that the adoption of a disclosure committee
improves internal controls over financial reporting.
[Insert Table 32 Here]
36
Taken together, these results suggest that the adoption of a disclosure committee is a
signal of an improvement in both current and future reporting.
VII. Robustness Tests
A. Timing of Disclosure Committee Adoption
I collect evidence of disclosure committee adoptions from EDGAR filings. As such,
some of the EDGAR filings do not specifically indicate the period in which the disclosure
committee has been adopted. To alleviate concerns that I have assigned the disclosure
committee adoption year to the wrong period, I exclude 214 disclosure committee adoptions that
do not explicitly state the year of adoption and re-examine my main analyses.
In Table 33, 34, and 35, I use a limited sample of 1,784 observations for my readability
tests. In these tables, consistent with my main results, I find positive and significant relations
between disclosure committee adoption and #WORDS, GROSSFILESIZE, and NETFILESIZE.
[Insert Table 33 Here]
[Insert Table 34 Here]
[Insert Table 35 Here]
Next, in Tables 36 and 37, I examine the robustness of my information asymmetry tests
after excluding observations where the disclosure committee adoption date is unclear. Using a
sample of 1,604 observations, I continue to find disclosure committee adoption insignificantly
related to BA_SPREAD and ILLIQUIDITY.
[Insert Table 36 Here]
[Insert Table 37 Here]
In my earnings informativeness tests, I use a sample of 1,256 observations. In Table 38, I
continue to find that disclosure committee adoption does not influence the relation between
37
current returns and current earnings (ERC). In Table 39, I also do not find that disclosure
committee adoption does not influence the extent to which future earnings news is reflected in
current returns.
[Insert Table 38 Here]
[Insert Table 39 Here]
B. Measurement Window of Bid-Ask Spreads and Market Illiquidity
I also calculate the average of the bid-ask spread and illiquidity over the fiscal year. In
Table 40, I examine the relation between disclosure committee adoption and bid-ask spreads
using this alternative measurement window. In this table, consistent with my main results, I
continue to find the coefficient on DC x AFTER insignificant.
[Insert Table 40 Here]
Next, in Table 41, I investigate the relation between disclosure committee adoption and
market illiquidity measured over the fiscal year. In this table, consistent with my main results, I
continue to find the coefficient on DC x AFTER insignificant.
[Insert Table 41 Here]
Taken together, these results suggest the measurement window of my variables of interest
do not impact my main results and suggest that the adoption of a disclosure committee is not
associated with a change information asymmetry.
C. Alternative Measure of Information Asymmetry
Next, I examine the relation between disclosure committee adoption and an alternative
measure of information asymmetry. I follow Krishnaswami et al. (1999) and use residual
volatility as an alternative measure of information asymmetry. Residual volatility (RESID_VOL)
is calculated as the variance of market-model residuals and represents the uncertainty of
38
company-specific information that remains after removing uncertainty that is common to the
market.
The results of this test are shown in Table 42. In this table, I do not find a significant
relation between disclosure committee adoption and residual volatility. This result suggests that
my information asymmetry results are robust to an alternative definition of information
asymmetry.
[Insert Table 42 Here]
VIII. Conclusion
In this paper, I examine the determinants and consequences of disclosure committee
adoption. I find that companies with less readable 10-K filings and internal control problems in
the year before adoption are more likely to adopt disclosure committees. Using a propensity
score matched sample of control companies that do not adopt a disclosure committee, I find that
disclosure committee adoption is associated with an increase in the length and a decrease in the
readability of 10-K filings. I also find that disclosure committee adoption does not affect either
bid-ask spreads or the level of market illiquidity, suggesting that disclosure committee adoption
does not reduce information asymmetry. Lastly, I find that the relation between current period
returns and current and future earnings is unchanged following disclosure committee adoption,
suggesting that disclosure committee adoption does not influence the informativeness of earnings
or the extent to which future earnings news is impounded into stock prices. Taken together,
these results suggest that disclosure committee adoption influences the length and readability of
the 10-K filing, but does not change disclosure quality.
I also perform many additional tests to examine the consequences of disclosure
committee adoption. First, I examine the relation between disclosure committee adoption and
39
specific word types used in the 10-K filing. I find that the adoption of a disclosure committee is
associated with an increase in positive, negative, and neutral words. I also do not find that
disclosure committee adoption influences the ratio positive-to total words or the ratio of
negative-to-total words in the 10-K filing. This suggests that disclosure committee adoption
doesn’t significantly change the tone or sentiment of the 10-K filing.
Next, I examine whether disclosure committee composition influences the readability of
the 10-K filing, information asymmetry, and the informativeness of earnings. Using a subsample
of companies that disclose the composition of their disclosure committee, I find some evidence
that the inclusion of senior management on the disclosure committee is associated with increased
10-K length, but I do not find evidence that the inclusion of senior management on the disclosure
committee influences information asymmetry or the informativeness of earnings.
Lastly, I examine whether disclosure committee adoption influences the quality of
internal controls. I find that disclosure committee adoption is associated with an increase in
internal control weaknesses in the year of adoption, but a decrease in internal control weaknesses
in the year after adoption. These results suggest that disclosure committee adoption is a signal of
an improvement in current and future internal controls.
To my knowledge, this study is the first to examine the impact of voluntarily adopted
disclosure committees. These results should be of interest to academic researchers, investors,
regulators, and others interested in the effect of voluntary governance mechanisms on disclosure
quality because the additional effort expended by managers and other disclosure committee
participants does not appear to improve disclosure quality. Future research can investigate how
disclosure committees impact other financial reporting outcomes. For example, future research
40
can investigate the impact of disclosure committees on financial reporting quality, voluntary
disclosure, or on information intermediaries such as analysts.
41
IX. References
Abadie, A., and G. W. Imbens. 2011. Bias-Corrected Matching Estimators for Average
Treatment Effects. Journal of Business and Economic Statistics 29: 1-11.
Amihud, Y. 2002. Illiquidity and Stock Returns: Cross-Section and Time-Series Effects. Journal
of Financial Markets 5: 31-36.
Amihud. Y., and H. Mendelson. 1986. Asset Pricing and the Bid-Ask Spread. Journal of
Financial Economics 17: 223-249.
Beasley, M. S., J. V. Carcello, D. R. Hermanson, and T. L. Neal. 2009. The Audit Committee
Oversight Process. Contemporary Accounting Research: 26: 65-122.
Beaver, W., R. Lambert, and D. Morse. 1980. The Information Content of Security Prices.
Journal of Accounting and Economics 2: 3-28.
Bevilacqua, L. J. 2004. The New SEC Disclosure Rules. The Corporate Board (May/June): 14-
20.
Beyer, A., D. A. Cohen, T. Z. Lys, and B. R. Walther. 2010. The Financial Reporting
Environment: Review of Recent Literature. Journal of Accounting and Economics 50: 296-343.
Biddle, G., G. Hilary, and R. Verdi. 2009. How Does Financial Reporting Quality Relate to
Investment Efficiency? Journal of Accounting and Economics 48: 112-131.
Brown, S. and S. A. Hillegeist. 2007. How Disclosure Quality Affects the Level of Information
Asymmetry. Review of Accounting Studies 12: 443-477.
Bocchino, C., and K. Daly. 2007. Optimizing the Disclosure Committee. Directorship
(Feb/Mar): 37.
Cheng, L., S. Liao, and H. Zhang. 2013. The Commitment versus Information Effect of
Disclosure: Evidence from Smaller Reporting Companies. The Accounting Review 88: 1239-
1263.
Choi, J., L. A. Myers, Y. Zang, and D. A. Ziebart. 2011. Do Management EPS Forecasts Allow
Returns to Reflect Future Earnings? Implications for the Continuation of Management’s
Quarterly Earnings Guidance. Review of Accounting Studies 16: 143-182.
Collins, D. W., S. P. Kothari, J. Shanken, and R. Sloan. 1994. The Lack of Timeliness and Noise
as Explanations for the Low Contemporaneous Returns-Earnings Association. Journal of
Accounting and Economics 18: 289-324.
Corwin, S. A., and P. Schultz. 2012. A Simple Way to Estimate Bid-Ask Spreads from Daily
High and Low Prices. Journal of Finance 67: 719-760.
Daske, H., L. Hail, C. Leuz, and R. Verdi. 2013. Adopting a Label: Heterogeneity in the
Economic Consequences Around IAS/IFRS Adoption. Journal of Accounting Research 51: 495-
547.
42
Deloitte. 2013. Disclosure Committee FAQs. Hot Topics. Available at:
http://www.corpgov.deloitte.com/binary/com.epicentric.contentmanagement.servlet.ContentDeli
veryServlet/USEng/Documents/Deloitte%20Periodicals/Hot%20Topics/Hot%20Topics%20-
%20Disclosure%20Committee%20-%20November%202013%20Final.pdf.
Deloitte and Touche. 2003. Moving Forward a Guide to Improving Corporate Governance
through Effective Internal Control. IQ: Integrity and Quality.
Diamond, D., and R. Verrecchia. 1991. Disclosure, Liquidity, and the Cost of Capital. Journal of
Finance 46: 1325-1359.
Dierkens, N. 1991. Information Asymmetry and Equity Issues. Journal of Financial and
Quantitative Analysis 26: 181-199.
Drake, M. S., J. N. Myers, L. A. Myers, and M. D. Stuart. 2014. Short Sellers and the
Informativeness of Stock Prices with Respect to Future Earnings. Forthcoming, Review of
Accounting Studies.
Ettredge, M. L., S. Y. Kwon, D. B. Smith, and P. A. Zarowin. 2005. The Impact of SFAS No.
131 Business Segment Data on the Market’s Ability to Anticipate Future Earnings. The
Accounting Review 80: 773-804.
Fama, E., and K. French. 1997. Industry Costs of Equity. Journal of Financial Economics 43:
153-193.
Gelb, D. S., and P. Zarowin. 2002. Corporate Disclosure Quality and the Informativeness of
Stock Prices. Review of Accounting Studies 7: 33-52.
Griffin, P. A. 2003. Got Information? Investor Response to Form 10-K and Form 10-Q EDGAR
Filings. Review of Accounting Studies 8: 433-460.
Healy, P. M., A. P. Hutton, and K. G. Palepu. 1999. Stock Performance and Intermediation
Changes Surrounding Sustained Increases in Disclosure. Contemporary Accounting Research 16:
485-520.
Healy, P. M., and K. G. Palepu. 2001. Information Asymmetry, Corporate Disclosure, and the
Capital Markets: A Review of the Empirical Disclosure Literature. Journal of Accounting and
Economics 31: 405-440.
Hosmer, D., and S. Lemeshow. 2002. Applied Logistic Regression. Wiley Series in Probability
and Statistics. 2nd Edition. New York, NY: John Wiley & Sons, Inc.
Imbens, G. W., and J. Wooldridge. 2009. Recent Developments in the Econometrics of Program
Evaluation. Journal of Economic Literature 47: 5-86.
Katz, E. 2001. Bias in Conditional and Unconditional Fixed Effects Logit Estimation. Political
Analysis 9: 379-384.
43
KPMG 2011a. 2011 Public Company Audit Committee Member Survey – Highlights. Audit
Committee Institute. Available at:
https://www.kpmg.com/FR/fr/IssuesAndInsights/ArticlesPublications/Documents/Public-
Company-Audit-Committee-Member-Survey-Highlights-2011.pdf.
KPMG. 2011b. Ten To-Do’s for Audit Committees in 2010. Audit Committee Institute
(December). Available at:
https://www.kpmg.com/Global/en/IssuesAndInsights/ArticlesPublications/Lists/Expired
/aci-10-to-dos-2012.pdf.
Kothari, S. P. 2001. Capital Markets Research in Accounting. Journal of Accounting and
Economics 31: 105-231.
Krishnaswami, S., P. A. Spindt, and V. Subramaniam. Information Asymmetry, Monitoring, and
the Placement Structure of Corporate Debt. Journal of Financial Economics 51: 407-434.
Lancaster, T. 2000. The Incidental Parameters Problem Since 1948. Journal of Econometrics 95:
391-414.
Lawrence, A. 2013. Individual Investors and Financial Disclosure. Journal of Accounting and
Economics 56: 130-147.
Lehavy, R, F. Li, and K. Merkley. 2011. The Effect of Annual Report Readability on Analyst
Following and the Properties of Their Earnings Forecasts. The Accounting Review 86: 1087-
1115.
Leuz, C., and R. E. Verrecchia. 2000. The Economic Consequences of Increased Disclosure.
Journal of Accounting Research 38: 91-124.
Li, F. 2008. Annual Report Readability, Current Earnings, and Earnings Persistence. Journal of
Accounting and Economics 45: 221-247.
Libby, R., and S. A. Emett. 2014. Earnings Presentation Effects on Manager Reporting Choices
and Investor Decisions. Working paper, Cornell University.
Loughran, T., and B. Mcdonald. 2014. Measuring Readability in Financial Disclosures. Journal
of Finance 69: 1329-1363.
Lundholm, R., and L. A. Myers. 2002. Bringing the Future Forward: The Effect of Disclosure on
the Returns-Earnings Relation. Journal of Accounting Research 40: 809-839.
McCarthy, M. P. 2008. Disclosure Committees: Untapped Insight. Directorship 34: 79.
McCarthy, M. P., and T. E. Iannaconi. 2010. Benchmarking Key Disclosures Against Peers.
Directorship 36: 71.
44
Miller, B. P. 2010. The Effects of Reporting Complexity on Small and Large Investor Trading.
The Accounting Review 85: 2107-2143.
Neyman, J., and E. Scott. 1948. Consistent Estimates Based on Partially Consistent
Observations. Econometrica 16: 1-32.
Petersen, M. A. 2009. Estimating Standard Errors in Finance Panel Data Sets: Comparing
Approaches. Review of Financial Studies 22: 435-480.
PricewaterhouseCoopers (PwC). 2005. Audit Committee Effectiveness. ViewPoint. London, UK.
Rennekamp, K. 2012. Processing Fluency and Investors’ Reaction to Disclosure Readability.
Journal of Accounting Research 50: 1319-1354.
Roberts, M. R., and T. M. Whited. 2011. Endogenity in Empirical Corporate Finance. Working
paper, University of Pennsylvania and University of Rochester.
Rosenbaum, P. R. 2002. Observational Studies. 2nd Edition. Berlin: Springer Series in Statistics.
Rosenbaum, P. R., and D. B. Rubin. 1983. The Central Role of Propensity Score in
Observational Studies for Causal Effects. Biometrika 70: 41-55.
Rosenbaum, P. R., and D. B. Rubin. 1985. Constructing a Control Group Using Multivariate
Matched Sampling Methods that Incorporate the Propensity Score. American Statistician 39: 33-
38.
Scott, W. R. The Adolescence of Institutional Theory. Administrative Science Quarterly 32: 493-
511.
Securities Exchange Commission (SEC). 1998. A Plain English Handbook: How to Create Clear
SEC Disclosure. SEC Office of Investor Education and Assistance. Available at:
https://www.sec.gov/pdf/handbook.pdf.
Securities Exchange Commission (SEC). 2002. Certification of Disclosure in Companies’
Quarterly and Annual Reports. Release No. 33-8124; 34-46427; IC-25722; File No. S7-21-02.
Washington, D.C.: SEC.
Tremblay, M. S., and Y. Gendron. 2011. Governance Prescriptions under Trial: On the Interplay
Between Logics of Resistance and Compliance in Audit Committees. Critical Perspectives on
Accounting 22: 259-272.
Tucker, J. W., and P. A. Zarowin. 2006. Does Income Smoothing Improve Earnings
Informativeness? The Accounting Review 81: 251-270.
Tysiac, K. 2012. Nine Tips for Effective MD&A Reporting. Journal of Accountancy
(December).
45
You, H., and X. Zhang. 2009. Financial Reporting Complexity and Investor Underreaction to 10-
K Information. Review of Accounting Studies 14: 559-586.
Wall Street Journal (WSJ). 2013. Disclosure Committees--Frequently Asked Questions.
Available at: http://deloitte.wsj.com/cfo/2014/01/03/disclosure-committees-frequently-asked-
questions/?mod=wsjcfo_hp_deloitte.
46
X. Appendix A: Sample Disclosure Committee Charter
Roles and Responsibilities from Cardinal, Inc.’s Disclosure Committee Charter
47
48
XI. Appendix B: Variable Definitions
Variable Name Description
#NEGATIVE_WORDS The number of negative words in the 10-K filing, taken from Bill
McDonald’s website; 25
#NEUTRAL_WORDS The number of neutral words in the 10-K filing, calculated as the
total words (#WORDS) minus positive words
(#POSITIVE_WORDS) and negative words
(#NEGATIVE_WORDS);
#POSITIVE_WORDS The number of positive words in the 10-K filing, taken from Bill
McDonald’s website;25
#WORDS The number of words in the 10-K filing, taken from Bill McDonald's
website; 25
%INST_HOLD The percentage of institutional holdings (Thomson Reuters
Institutional Holdings);
%NEGATIVE_WORDS The number of negative words (#NEGATIVE_WORDS) divided by
total words (#WORDS);
%NEUTRAL_WORDS The number of neutral words (#NEUTRAL_WORDS) divided by
total words (#WORDS);
%POSITIVE_WORDS The number of positive words (#POSITIVE_WORDS) divided by
total words (#WORDS);
AC_ON_DC An indicator variable set to one if at least one audit committee
member sits on the disclosure committee, zero otherwise;
ACCTOFF_ON_DC An indicator variable set to one if the company discloses the
presence of an accounting officer (e.g., Controller, Chief Accounting
Officer) on the disclosure committee, zero otherwise;
AFTER An indicator variable set to one for the post-adoption period, zero
otherwise;
AGE Company age, calculated as the number of years to date during
which the company reports total assets on Compustat (Compustat:
AT) greater than zero;
AR_IN The proportion of accounts receivable (Compustat: RECT) and
inventory (Compustat: INVT) to total assets (Compustat: AT);
ASSET_GROWTH The growth in assets (Compustat: AT) from t-1 to t;
AUDITOR_TENURE The length of the company-auditor relationship to date;
BA_SPREAD Bid ask spread (following Corwin and Schultz (2012)), measured as
the average high-low estimator over the period from 9 months before
the fiscal year-end through 3 months after the fiscal year-end;
BIGN An indicator variable set to one if the company is audited by a Big N
auditor, zero otherwise;
BTM Book-to-market, calculated as the book value of common equity
(Compustat: CEQ) divided by the market value of equity
(Compustat: CHSO x PRCC_F);
25 The url is http://www3.nd.edu/~mcdonald/Word_Lists.html.
49
CEO_ON_DC An indicator variable set to one if the company discloses the
presence of the CEO on the disclosure committee, zero otherwise;
CFO_ON_DC An indicator variable set to one if the company discloses the
presence of the CFO on the disclosure committee, zero otherwise;
COO_ON_DC An indicator variable set to one if the company discloses the
presence of the COO on the disclosure committee, zero otherwise;
DC An indicator variable set to one for companies that adopted a
disclosure committee, zero otherwise;
DC_ADOPT An indicator variable set to one if the company adopted a disclosure
committee during the year, zero otherwise;
DELAWARE An indicator variable set to one if the company is incorporated in the
state of Delaware, zero otherwise;
DIRECTOR_ON_DC An indicator variable set to one if the company discloses the
presence of at least one director on the disclosure committee, zero
otherwise;
EARNINGS Income available to common shareholders before extraordinary
items (Compustat: IB) scaled by the lagged market value of equity
(Compustat: PRCC_F x CSHO);
EARNINGS3 The sum of income available to common shareholders before
extraordinary items (Compustat: IB) for years t+1 through t+3
scaled by the lagged market value of equity (Compustat: PRCC_F x
CSHO);
FINANCING An indicator variable set to one if M&A is not equal to one and if the
number of shares outstanding (Compustat: CHSO) increased by at
least 10 percent during the year, or if M&A is not equal to one and if
long-term debt increased by at least 20 percent during the year, zero
otherwise;
FOREIGN The natural log of the number of foreign segments (Compustat
Segment File);
GC_ON_DC An indicator set to one if the company discloses the presence of the
General Counsel on the disclosure committee, zero otherwise;
GROSSFILESIZE The natural log of the gross file size of the company’s 10-K filing,
obtained from Bill McDonald’s website;29
IA_ON_DC An indicator variable set to one if the company discloses the
presence of an internal auditor on the disclosure committee, zero
otherwise;
ILLIQUIDITY The daily ratio of absolute stock returns scaled by the dollar volume
of trading (following Amihud (2002)), averaged over the period
starting 9 months before the fiscal year-end through 3 months after
the fiscal year-end;
FF_INDUSTRYFE Industry indicator variables defined using Fama and French (1997)
industry classifications;
LEVERAGE Debt-to-assets ratio (Compustat: DLTT / AT);
LOSS3 An indicator variable set to one if EARNINGS3 is negative, zero
otherwise;
50
LOSSD An indicator variable set to one if the company reports a loss during
the year (Compustat: NI), zero otherwise;
M&A An indicator variable set to one if the company engaged in a merger
or acquisition during the year, and zero otherwise (Compustat:
SALE_FN);
RES_ANNOUNCE An indicator variable set to one if the company announced a
restatement in year t-1 due to misstatements in prior year financial
statements, zero otherwise (Audit Analytics);
MANAGER_ON_DC An indicator variable set to one if the company discloses the
presence of a member of senior management on the disclosure
committee, zero otherwise;
MVE Market value of equity (Compustat: PRCC_F x CSHO);
MWEAKNESS An indicator variable set to one if the company disclosed a material
in internal control over financial reporting under SOX 404b, zero
otherwise;
MWEAKNESS302 An indicator variable set to one if the company disclosed a material
weakness in internal control over financial reporting under SOX
section 302 in year t-1, zero otherwise;
NETFILESIZE The net 10-K file size, representing the size of the 10-K filing with
just textual content, obtained from Bill McDonald’s website;29
NUMBER_ANALYSTS The number of analysts issuing an earnings forecast for the fiscal
year;
OP_CYCLE The company’s operating cycle, calculated as the number of days
sales in accounts receivable plus the number of days sales in
inventory;
RESTATEMENT An indicator variable set to one if the company announced the
restatement of the financial statements during the fiscal year, zero
otherwise;
RESID_VOL Residual volatility, calculated as the variance of company-specific
market model residuals, estimated over the 36 months ending at the
fiscal year-end;
RET_VOL The standard deviation of daily stock returns for the fiscal year
(CRSP: RET);
RET_VOL3 The standard deviation of daily stock returns for the prior three years
(CRSP: RET);
RETURNS The buy-and-hold return for year t, measured from the beginning of
year t;
RETURNS3 The buy-and-hold return for fiscal years t+1 through t+3, measured
from the beginning of fiscal year t+1;
ROA Return on assets, measured as income before extraordinary items
(Compustat: IB) scaled by total assets (Compustat: AT);
SALE_GROWTH The growth in sales (SALE) from year t-1 to year t.
SEGMENTS The natural log of the number of business segments (Compustat
Segment File);
SIC1_INDUSTRYFE Industry indicator variables defined using one digit SIC codes;
51
SIZE The natural log of total assets (Compustat: AT);
SPECIAL_ITEMS Special items (Compustat: SPI) scaled by lagged total assets
(Compustat: AT);
STD_CFO The standard deviation of cash flows for the prior three years;
STD_INCOME The standard deviation of earnings (Compustat: IB) for the prior
three years;
STD_SALE The standard deviation of sales for the prior three years;
TURNOVER The log of annual share turnover (CRSP: VOL);
YEARFE Fiscal year indicator variables.
52
Table 1 - Disclosure Committee Sample Summary
Panel A: Disclosure Committee and Control Observations by Year
Fiscal
Year
DC_ADOPT
Observations
Control
Observations
2002 135 3,255
2003 163 3,044
2004 132 2,925
2005 59 2,742
2006 56 3,056
2007 50 2,992
2008 34 3,013
2009 33 3,114
2010 42 3,023
2011 35 2,933
2012 25 2,873
Total 764 32,970
53
Panel B: Disclosure Committee and Control Observations by Fama and French (1997)
Industry
Industry Description
DC_ADOPT
Observations
Control
Observations
1 Agriculture 1 84
2 Food Products 9 500
3 Candy & Soda 2 81
4 Beer & Liquor 3 73
5 Tobacco Products 1 45
6 Recreation 3 253
7 Entertainment 10 402
8 Printing and Publishing 7 200
9 Consumer Goods 8 432
10 Apparel 8 418
11 Healthcare 11 607
12 Medical Equipment 20 1,126
13 Pharmaceutical Products 31 1,936
14 Chemicals 20 529
15 Rubber and Plastic Products 7 211
16 Textiles 3 105
17 Construction Materials 12 540
18 Construction 8 363
19 Steel Works Etc. 3 435
21 Machinery 26 1,005
22 Electrical Equipment 9 551
23 Miscellaneous 3 153
24 Automobiles and Trucks 14 393
25 Aircraft 2 168
26 Shipbuilding and Railroad Equipment 1 84
27 Defense 1 72
28 Precious Metals 1 51
29 Non-Metallic and Industrial Metal Mining 2 100
30 Coal 1 90
31 Petroleum and Natural Gas 23 1,280
32 Utilities 34 1,026
33 Communication 21 862
34 Personal Services 9 352
35 Business Services 136 3,531
36 Computers 36 1,205
37 Electronic Equipment 53 2,137
38 Measuring and Control Equipment 13 774
39 Business Supplies 7 335
40 Shipping Containers 1 97
41 Transportation 11 884
42 Wholesale 26 1,061
43 Retail 41 1,567
54
44 Restaurants, Hotels, Motels 14 528
45 Banking 38 2,908
46 Insurance 28 1,222
47 Real Estate 5 204
48 Trading 41 1,990
Total 764 32,970
55
Table 2 - Descriptive Statistics for Determinants Model
DC_ADOPTt = 0
DC_ADOPTt = 1
(N = 32,970) (N = 764)
(1) Mean (2) Std Dev (3) Mean (4) Std Dev (5) P-value
RES_ANNOUNCEt-1 0.111 0.612 0.123 0.668 0.599
AGEt-1 20.503 14.310 20.517 15.150 0.979
AR_INt-1 0.282 0.225 0.254 0.210 0.001 ***
AUDITOR_TENUREt-1 8.998 7.776 8.730 7.370 0.346
BIGNt-1 0.749 0.434 0.881 0.324 0.000 ***
BTMt-1 0.651 0.953 0.604 0.914 0.179
FINANCINGt-1 0.266 0.442 0.276 0.447 0.524
FOREIGNt-1 1.267 2.107 1.387 2.010 0.119
GROSSFILESIZEt-1 14.252 1.088 14.121 1.015 0.001 ***
INST_HOLDINGt-1 0.400 0.352 0.399 0.350 0.956
LEVERAGEt-1 0.174 0.206 0.185 0.198 0.166
M&At-1 0.147 0.354 0.166 0.373 0.146
MWEAKNESS302t-1 0.050 0.219 0.071 0.256 0.012 ***
OP_CYCLEt-1 477.328 1141.036 330.085 842.632 0.000 ***
RET_VOLt-1 0.157 0.104 0.170 0.112 0.000 ***
ROAt-1 -0.040 0.410 -0.054 0.312 0.348
SEGMENTSt-1 1.861 1.599 2.103 1.701 0.000 ***
SIZEt-1 6.155 2.016 6.592 2.078 0.000 ***
SPECIAL_ITEMSt-1 -0.022 0.159 -0.026 0.148 0.410
STD_CFOt-1 0.074 0.116 0.072 0.107 0.697
STD_SALEt-1 0.157 0.193 0.160 0.210 0.605
Notes: This table presents comparisons of the means for companies that adopted disclosure
committees (DC_ADOPTt = 1) and the population of companies with available data that did not
adopt disclosure committees (DC_ADOPTt = 0). The p-value is from a test of the difference in
means between the two samples.
56
Table 3 - Determinants Model with Fama and French (1997) Industry Classification
Dependent Variable DC_ADOPTt
Coef P-value
INTERCEPT -10.081 0.000 ***
RES_ANNOUNCEt-1 -0.163 0.378
MWEAKNESS302t-1 0.862 0.000 ***
GROSSFILESIZEt-1 0.230 0.000 ***
SIZEt-1 0.181 0.000 ***
BTMt-1 -0.037 0.189
M&At-1 -0.037 0.739
FINANCINGt-1 0.091 0.309
SEGMENTSt-1 0.024 0.360
FOREIGNt-1 -0.016 0.476
RET_VOLt-1 0.336 0.424
STD_SALEt-1 -0.036 0.888
STD_CFOt-1 -0.080 0.851
AR_INt-1 -0.068 0.814
SP_ITEMSt-1 0.361 0.194
OP_CYCLEt-1 0.028 0.601
ROAt-1 -0.140 0.138
LEVERAGEt-1 -0.242 0.262
AGEt-1 -0.002 0.596
%INST_HLDt-1 -0.042 0.754
BIGNt-1 0.265 0.056 *
AUDITOR_TENUREt-1 -0.009 0.138
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 33,734
Pseudo R2 0.071
Area under the ROC Curve 0.726
Notes: I use logit to estimate this regression and cluster standard errors by company (Petersen
2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively. Significance is
based on two-tailed tests. All variables are defined in Appendix B.
57
Table 4 - Determinants Model with One Digit SIC Codes
Dependent Variable DC_ADOPTt
Coef P-value
INTERCEPT -10.050 0.000 ***
RES_ANNOUNCEt-1 -0.154 0.401
MWEAKNESS302t-1 0.843 0.000 ***
GROSSFILESIZEt-1 0.239 0.000 ***
SIZEt-1 0.169 0.000 ***
BTMt-1 -0.036 0.173
M&At-1 -0.029 0.792
FINANCINGt-1 0.084 0.348
SEGMENTSt-1 0.029 0.253
FOREIGNt-1 -0.006 0.772
RET_VOLt-1 0.355 0.383
STD_SALEt-1 -0.019 0.940
STD_CFOt-1 -0.093 0.823
AR_INt-1 -0.093 0.731
SP_ITEMSt-1 0.304 0.241
OP_CYCLEt-1 0.031 0.519
ROAt-1 -0.134 0.155
LEVERAGEt-1 -0.242 0.232
AGEt-1 -0.001 0.702
%INST_HLDt-1 -0.041 0.755
BIGNt-1 0.262 0.055 *
AUDITOR_TENUREt-1 -0.010 0.101
SIC1_INDUSTRYFE Included
YEARFE Included
Number of Observations 33,734
Pseudo R2 0.065
Area under the ROC Curve 0.718
Notes: I use logit to estimate this regression and cluster standard errors by company (Petersen
2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively. Significance is
based on two-tailed tests. All variables are defined in Appendix B.
58
Table 5 - Propensity Score Matching
Panel A: Sample Selection
Treatment companies for the propensity score matching model 764
Less: Treatment companies missing a matching control company 32
Final sample of treatment companies for difference-in-differences tests 732
Final sample of control companies for difference-in-differences tests 732
Full sample 1,464
Panel B: Covariate Balance
DC_ADOPTt = 0
DC_ADOPTt = 1
(N = 732) (N = 732)
(1)
Mean
(2)
Std Dev
(3)
Mean
(4)
Std Dev
(5)
P-
value
(6)
Norm
Diff
ROAt-1 -0.048 0.408 -0.056 0.317 0.665 -0.016
RET_VOLt-1 0.172 0.120 0.171 0.113 0.906 -0.004
GROSSFILESIZEt-1 14.041 0.939 14.053 0.944 0.804 0.009
BTMt-1 0.574 1.406 0.599 0.928 0.692 0.015
SPECIAL_ITEMSt-1 -0.024 0.282 -0.027 0.151 0.809 -0.009
%INST_HOLDt-1 0.405 0.350 0.394 0.349 0.562 -0.021
M&At-1 0.165 0.372 0.169 0.375 0.834 0.008
FINANCINGt-1 0.268 0.443 0.272 0.445 0.860 0.007
SEGMENTSt-1 2.087 1.676 2.113 1.698 0.769 0.011
FOREIGNt-1 1.318 1.908 1.380 2.018 0.549 0.022
BIGNt-1 0.902 0.298 0.880 0.325 0.180 -0.050
AUDITOR_TENUREt-1 8.329 7.112 8.578 7.230 0.507 0.025
STD_SALEt-1 0.163 0.201 0.163 0.213 0.964 0.002
STD_CFOt-1 0.074 0.102 0.073 0.108 0.981 -0.001
SIZEt-1 6.509 2.025 6.562 2.064 0.625 0.018
LEVERAGEt-1 0.188 0.210 0.186 0.199 0.841 -0.007
AGEt-1 19.462 14.619 20.227 14.881 0.321 0.037
AR_INt-1 0.248 0.208 0.254 0.210 0.586 0.020
OP_CYCLEt-1 300.289 795.281 319.432 817.695 0.650 0.017
RES_ANNOUNCEt-1 0.055 0.227 0.045 0.208 0.401 -0.031
MWEAKNESS302t-1 0.068 0.252 0.068 0.252 1.000 0.000
Notes: This table presents comparisons of the means for the treatment companies (DC_ADOPT
= 1) and the control companies (DC_ADOPT = 0). The p-value is from a test of difference in
means between the two samples. The normalized difference is calculated following Wooldridge
(2011).
59
Table 6 - Differences in Governance Controls
Panel A: Before Adoption
DC_ADOPTt = 0
DC_ADOPTt = 1
(N = 243) (N = 263)
(1)
Mean
(2)
Std Dev
(3)
Mean
(4)
Std Dev
(5)
P-value
AUDIT_SIZE 3.724 0.064 3.699 0.068 0.794
%INDEPENDENT_BD 0.687 0.010 0.686 0.010 0.949
%INDEPENDENT_AC 0.924 0.009 0.938 0.008 0.298
Notes: This table presents comparisons of the means for the treatment companies (DC_ADOPT
= 1) and the control companies (DC_ADOPT = 0). The p-value is from a test of difference in
means between the two samples.
Panel B: After Adoption
DC_ADOPTt = 0
DC_ADOPTt = 1
(N = 242) (N = 256)
(1)
Mean
(2)
Std Dev
(3)
Mean
(4)
Std Dev
(5)
P-value
AUDIT_SIZE 3.796 0.065 3.816 0.066 0.840
%INDEPENDENT_BD 0.714 0.009 0.716 0.009 0.887
%INDEPENDENT_AC 0.951 0.008 0.945 0.008 0.549
Notes: This table presents comparisons of the means for the treatment companies (DC_ADOPT
= 1) and the control companies (DC_ADOPT = 0). The p-value is from a test of difference in
means between the two samples.
60
Table 7 - Difference in Differences Sample Selection
Panel A: Readability Tests
Matched treatment (disclosure committee) companies for difference-in-difference tests 732
Less: Treatment companies missing data for readability tests 72
Matched treatment companies for readability difference-in-difference tests 660
Plus: Pre-disclosure committee adoption years for treatment companies 660
Plus: Pre- and post-disclosure committee adoption years for matched control
companies 1,320
Final sample for readability difference-in-differences tests 2,640
Panel B: Information Asymmetry Tests
Matched treatment companies for difference-in-difference tests 732
Less: Treatment companies missing data for information asymmetry tests 117
Matched treatment companies for information asymmetry difference-in-difference tests 615
Plus: Pre-disclosure committee adoption years for treatment companies 615
Plus: Pre- and post-disclosure committee adoption years for matched control
companies 1,230
Final sample for readability difference-in-differences tests 2,460
Panel C: Earnings Informativeness Tests
Matched treatment companies for difference-in-difference tests 732
Less: treatment companies missing data for earnings informativeness tests 363
Matched treatment companies for earnings informativeness difference-in-difference
tests 369
Plus: Pre-disclosure committee adoption years for treatment companies 369
Plus: Pre- and post-disclosure committee adoption years for matched control
companies 738
Final sample for earnings informativeness difference-in-differences tests 1,476
61
Table 8 - Number of Words Test
Dependent Variable #WORDSt
Coef P-value
INTERCEPT 10.290 0.000 ***
DCt -0.003 0.915
AFTERt -0.034 0.125
DCt x AFTERt 0.062 0.041 **
SPECIAL_ITEMSt -0.066 0.140
M&At 0.032 0.247
FINANCINGt 0.057 0.015 **
RET_VOL3t 0.973 0.000 ***
LOSSDt 0.172 0.000 ***
STD_INCOMEt 0.096 0.020 **
DELAWARE 0.038 0.125
%INST_HOLDt 0.028 0.424
SIZEt 0.150 0.000 ***
BTMt 0.021 0.139
FOREIGNt -0.006 0.769
SEGMENTSt 0.039 0.046 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.339
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
62
Table 9 - Gross File Size Test
Dependent Variable GROSSFILESIZEt
Coef P-value
INTERCEPT 15.010 0.000 ***
DCt -0.004 0.911
AFTERt -0.074 0.007 ***
DCt x AFTERt 0.084 0.021 **
SPECIAL_ITEMSt -0.121 0.066
M&At 0.020 0.611
FINANCINGt 0.057 0.089 *
RET_VOL3t 1.047 0.000 ***
LOSSDt 0.112 0.002 ***
STD_INCOMEt 0.122 0.119
DELAWARE 0.019 0.603
%INST_HOLDt 0.068 0.210
SIZEt 0.189 0.000 ***
BTMt -0.006 0.737
FOREIGNt -0.055 0.080 *
SEGMENTSt 0.033 0.230
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.499
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
63
Table 10 - Net File Size Test
Dependent Variable NETFILESIZEt
Coef P-value
INTERCEPT 12.565 0.000 ***
DCt -0.010 0.706
AFTERt -0.037 0.087 *
DCt x AFTERt 0.070 0.016 **
SPECIAL_ITEMSt -0.057 0.196
M&At 0.026 0.326
FINANCINGt 0.047 0.038 **
RET_VOL3t 0.901 0.000 ***
LOSSDt 0.174 0.000 ***
STD_INCOMEt 0.098 0.017 **
DELAWARE 0.038 0.111
%INST_HOLDt 0.021 0.538
SIZEt 0.153 0.000 ***
BTMt 0.020 0.144
FOREIGNt -0.004 0.831
SEGMENTSt 0.046 0.014 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.379
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
64
Table 11 - Bid Ask Spread Test
Dependent Variable BA_SPREADt
Coef P-value
INTERCEPT 0.023 0.035 **
DCt 0.001 0.416
AFTER t 0.002 0.002 ***
DCt x AFTERt 0.000 0.732
TURNOVERt-1 0.000 0.953
MVEt-1 -0.003 0.000 ***
RETURN_VOLt-1 0.006 0.000 ***
GROSSFILESIZEt-1 0.001 0.021 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,460
Adjusted R2 0.205
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
65
Table 12 - Market Illiquidity Test
Dependent Variable ILLIQUIDITYt
Coef P-value
INTERCEPT 1.837 0.018 **
DCt -0.027 0.714
AFTER t 0.139 0.029 **
DCt x AFTERt -0.051 0.509
TURNOVERt-1 -0.258 0.000 ***
MVEt-1 -0.254 0.000 ***
RETURN_VOLt-1 0.019 0.816
GROSSFILESIZEt-1 0.048 0.112
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,460
Adjusted R2 0.187
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
66
Table 13 - ERC Test
Dependent Variable RETURNSt
Coef P-value
INTERCEPT 0.537 0.000 *
EARNINGSt-1 -0.606 0.085 *
EARNINGSt 0.502 0.062 *
DCt -0.012 0.729
AFTERt -0.028 0.468
DCt x AFTERt 0.023 0.661
DCt x EARNINGSt-1 0.078 0.859
DCt x EARNINGSt 0.001 0.997
AFTERt x EARNINGSt-1 -0.250 0.657
AFTERt x EARNINGSt 0.744 0.046 **
DCt x AFTERt x EARNINGSt-1 -0.031 0.965
DCt x AFTERt x EARNINGSt -0.407 0.400
FF_INDUSTRYFE Included
YEARFE Included
CONTROLS Included
Number of Observations 1,476
Adjusted R2 0.412
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). For parsimony, I do not tabulate the control variable main effects
and interactions. ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively.
Significance is based on two-tailed tests. All variables are defined in Appendix B.
67
Table 14 - FERC Test
Dependent Variable RETURNSt
Coef P-value
INTERCEPT 0.528 0.000 ***
EARNINGSt-1 -0.502 0.060 *
EARNINGSt 0.459 0.075 *
EARNINGS3t+1 to t+3 0.267 0.099 *
RETURNS3t+1 to t+3 -0.096 0.022 **
DCt 0.007 0.868
AFTERt -0.014 0.758
DCt x AFTERt -0.010 0.860
DCt x EARNINGSt-1 -0.031 0.942
DCt x EARNINGSt 0.049 0.910
DCt x EARNINGS3t+1 to t+3 -0.023 0.923
DCt x RETURNS3t+1 to t+3 -0.020 0.662
AFTERt x EARNINGSt-1 -0.385 0.473
AFTERt x EARNINGSt 0.941 0.005 ***
AFTERt x EARNINGS3t+1 to t+3 -0.069 0.764
AFTERt x RETURNS3t+1 to t+3 -0.006 0.897
DCt x AFTERt x EARNINGSt-1 0.249 0.715
DCt x AFTERt x EARNINGSt -0.715 0.142
DCt x AFTERt x EARNINGS3t+1 to t+3 0.134 0.640
DCt x AFTERt x RETURNS3t+1 to t+3 0.009 0.883
FF_INDUSTRYFE Included
YEARFE Included
CONTROLS Included
Number of Observations 1,476
Adjusted R2 0.463
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). For parsimony, I do not tabulate the control variable main effects
and interactions. ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively.
Significance is based on two-tailed tests. All variables are defined in Appendix B.
68
Table 15 - Number of Positive Words Test
Dependent Variable #POSITIVE_WORDSt
Coef P-value
INTERCEPT 5.455 0.000 ***
DCt -0.009 0.747
AFTERt -0.028 0.188
DCt x AFTERt 0.054 0.058 *
SPECIAL_ITEMSt -0.051 0.202
M&At 0.025 0.373
FINANCINGt 0.050 0.036 **
RET_VOL3t 1.177 0.000 ***
LOSSDt 0.169 0.000 ***
STD_INCOMEt 0.095 0.023 **
DELAWARE 0.028 0.295
%INST_HOLDt 0.075 0.039 **
SIZEt 0.153 0.000 ***
BTMt 0.022 0.113
FOREIGNt 0.010 0.650
SEGMENTSt 0.018 0.382
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.359
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
69
Table 16 - Number of Negative Words Test
Dependent Variable #NEGATIVE_WORDSt
Coef P-value
INTERCEPT 5.947 0.000 ***
DCt 0.022 0.522
AFTERt -0.026 0.328
DCt x AFTERt 0.069 0.052 *
SPECIAL_ITEMSt -0.083 0.157
M&At 0.009 0.784
FINANCINGt 0.055 0.047 **
RET_VOL3t 1.339 0.000 ***
LOSSDt 0.290 0.000 ***
STD_INCOMEt 0.224 0.000 ***
DELAWARE 0.052 0.091 *
%INST_HOLDt 0.059 0.177
SIZEt 0.167 0.000 ***
BTMt 0.020 0.190
FOREIGNt -0.006 0.817
SEGMENTSt 0.037 0.124
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.321
Joint Test: DCt + DCt x AFTERt *
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
70
Table 17 - Number of Neutral Words Test
Dependent Variable #NEUTRAL_WORDSt
Coef P-value
INTERCEPT 10.268 0.000 ***
DCt -0.003 0.908
AFTERt -0.035 0.123
DCt x AFTERt 0.062 0.042 **
SPECIAL_ITEMSt -0.066 0.141
M&At 0.033 0.239
FINANCINGt 0.057 0.015 **
RET_VOL3t 0.967 0.000 ***
LOSSDt 0.170 0.000 ***
STD_INCOMEt 0.094 0.022 **
DELAWARE 0.038 0.127
%INST_HOLDt 0.028 0.433
SIZEt 0.149 0.000 ***
BTMt 0.021 0.139
FOREIGNt -0.006 0.767
SEGMENTSt 0.039 0.044 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.321
Joint Test: DCt + DCt x AFTERt *
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
71
Table 18 - Percentage of Positive Words Test
Dependent Variable %POSITIVE_WORDSt
Coef P-value
INTERCEPT 0.008 0.000 ***
DCt -0.000 0.534
AFTERt 0.000 0.398
DCt x AFTERt -0.000 0.435
SPECIAL_ITEMSt 0.000 0.293
M&At -0.000 0.523
FINANCINGt -0.000 0.396
RET_VOL3t 0.001 0.011 **
LOSSDt -0.000 0.913
STD_INCOMEt -0.000 0.955
DELAWARE -0.000 0.324
%INST_HOLDt 0.000 0.008 ***
SIZEt 0.000 0.377
BTMt -0.000 0.967
FOREIGNt 0.000 0.191
SEGMENTSt -0.000 0.017 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.211
Joint Test: DCt + DCt x AFTERt
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
72
Table 19 - Percentage of Negative Words Test
Dependent Variable %NEGATIVE_WORDSt
Coef P-value
INTERCEPT 0.013 0.000 ***
DCt 0.000 0.115
AFTERt 0.000 0.412
DCt x AFTERt 0.000 0.312
SPECIAL_ITEMSt -0.000 0.412
M&At -0.000 0.034 **
FINANCINGt -0.000 0.884
RET_VOL3t 0.005 0.000 ***
LOSSDt 0.002 0.000 ***
STD_INCOMEt 0.002 0.000 ***
DELAWARE 0.000 0.176
%INST_HOLDt 0.000 0.368
SIZEt 0.000 0.000 **
BTMt -0.000 0.670
FOREIGNt -0.000 0.803
SEGMENTSt -0.000 0.696
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.298
Joint Test: DCt + DCt x AFTERt
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
73
Table 20 - Percentage of Neutral Words Test
Dependent Variable %NEUTRAL_WORDSt
Coef P-value
INTERCEPT 0.979 0.000 ***
DCt -0.000 0.214
AFTERt -0.000 0.259
DCt x AFTERt -0.000 0.491
SPECIAL_ITEMSt 0.000 0.534
M&At 0.000 0.026 **
FINANCINGt 0.000 0.641
RET_VOL3t -0.006 0.000 ***
LOSSDt -0.002 0.000 ***
STD_INCOMEt -0.002 0.000 ***
DELAWARE -0.000 0.378
%INST_HOLDt -0.001 0.062 *
SIZEt -0.000 0.000 ***
BTMt 0.000 0.655
FOREIGNt -0.000 0.764
SEGMENTSt 0.000 0.209
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,640
Adjusted R2 0.327
Joint Test: DCt + DCt x AFTERt
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
74
Table 21 - Disclosure Committee Composition Descriptive Statistics
(N = 246) (1) Mean (2) Std (3) Min (4) Q1 (5) Median (6) Q3 (7) Max
MANAGER_ON_DC 0.902 0.297 0.000 1.000 1.000 1.000 1.000
CEO_ON_DC 0.232 0.423 0.000 0.000 0.000 0.000 1.000
CFO_ON_DC 0.289 0.454 0.000 0.000 0.000 1.000 1.000
COO_ON_DC 0.069 0.254 0.000 0.000 0.000 0.000 1.000
GC_ON_DC 0.211 0.409 0.000 0.000 0.000 0.000 1.000
ACCTOFF_ON_DC 0.215 0.412 0.000 0.000 0.000 0.000 1.000
IA_ON_DC 0.085 0.280 0.000 0.000 0.000 0.000 1.000
AC_ON_DC 0.020 0.141 0.000 0.000 0.000 0.000 1.000
DIRECTOR_ON_DC 0.065 0.247 0.000 0.000 0.000 0.000 1.000
75
Table 22 - Disclosure Committee Composition Number of Words Test
Dependent Variable #WORDSt
Coef P-value
INTERCEPT 9.639 0.000 ***
MANAGER_ON_DCt 0.317 0.031 **
CEO_ON_DCt -0.017 0.891
CFO_ON_DCt -0.120 0.356
COO_ON_DCt -0.026 0.837
CRO_ON_DCt -0.090 0.666
GC_ON_DCt 0.035 0.751
ACCTOF_ON_DCt -0.026 0.810
IA_ON_DCt -0.059 0.697
DIRECTOR_ON_DCt 0.047 0.790
AC_ON_DCt 0.149 0.388
SPECIAL_ITEMSt 0.189 0.275
M&At -0.079 0.516
FINANCINGt 0.059 0.563
RET_VOL3t 0.355 0.498
LOSSDt 0.205 0.067 *
STD_INCOMEt 0.117 0.254
DELAWARE 0.090 0.408
%INST_HOLDt -0.185 0.349
SIZEt 0.179 0.000 ***
BTMt -0.017 0.207
FOREIGNt 0.010 0.903
SEGMENTSt 0.032 0.675
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 227
Adjusted R2 0.340
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
76
Table 23 - Disclosure Committee Composition Gross File Size Test
Dependent Variable GROSSFILESIZEt
Coef P-value
INTERCEPT 14.298 0.000 ***
MANAGER_ON_DCt -0.138 0.587
CEO_ON_DCt -0.120 0.497
CFO_ON_DCt -0.056 0.753
COO_ON_DCt -0.082 0.711
CRO_ON_DCt 0.177 0.676
GC_ON_DCt -0.099 0.588
ACCTOF_ON_DCt -0.078 0.684
IA_ON_DCt -0.011 0.965
DIRECTOR_ON_DCt 0.010 0.964
AC_ON_DCt 0.175 0.631
SPECIAL_ITEMSt -0.155 0.592
M&At 0.097 0.594
FINANCINGt 0.168 0.256
RET_VOL3t 0.555 0.451
LOSSDt 0.240 0.099 *
STD_INCOMEt 0.342 0.022 **
DELAWAREt -0.024 0.854
%INST_HOLDt 0.065 0.792
SIZEt 0.260 0.000 ***
BTMt 0.041 0.027 **
FOREIGNt -0.005 0.968
SEGMENTSt 0.059 0.555
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 227
Adjusted R2 0.498
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
77
Table 24 - Disclosure Committee Composition Net File Size Test
Dependent Variable NETFILESIZEt
Coef P-value
INTERCEPT 12.200 0.000 ***
MANAGER_ON_DCt 0.323 0.029 **
CEO_ON_DCt -0.003 0.981
CFO_ON_DCt -0.115 0.364
COO_ON_DCt -0.000 0.997
CRO_ON_DCt -0.049 0.815
GC_ON_DCt 0.011 0.920
ACCTOF_ON_DCt -0.019 0.863
IA_ON_DCt -0.041 0.782
DIRECTOR_ON_DCt 0.027 0.875
AC_ON_DCt 0.147 0.392
SPECIAL_ITEMSt 0.183 0.289
M&At -0.097 0.417
FINANCINGt 0.042 0.678
RET_VOL3t 0.270 0.596
LOSSDt 0.198 0.070 *
STD_INCOMEt 0.120 0.224
DELAWARE 0.080 0.453
%INST_HOLDt -0.161 0.404
SIZEt 0.177 0.000 ***
BTMt -0.015 0.250
FOREIGNt 0.000 0.999
SEGMENTSt 0.039 0.600
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 227
Adjusted R2 0.340
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
78
Table 25 - Disclosure Committee Composition Percentage of Positive Words Test
Dependent Variable %POSITIVE_WORDSt
Coef P-value
INTERCEPT 0.007 0.000 ***
MANAGER_ON_DCt 0.000 0.931
CEO_ON_DCt -0.000 0.798
CFO_ON_DCt -0.000 0.407
COO_ON_DCt -0.001 0.082 *
CRO_ON_DCt -0.000 0.632
GC_ON_DCt 0.000 0.271
ACCTOF_ON_DCt -0.000 0.638
IA_ON_DCt 0.000 0.457
DIRECTOR_ON_DCt -0.000 0.699
AC_ON_DCt -0.000 0.417
SPECIAL_ITEMSt 0.000 0.942
M&At -0.000 0.546
FINANCINGt -0.000 0.271
RET_VOL3t 0.000 0.916
LOSSDt -0.000 0.660
STD_INCOMEt -0.000 0.672
DELAWARE -0.000 0.666
%INST_HOLDt 0.000 0.395
SIZEt -0.000 0.981
BTMt 0.000 0.390
FOREIGNt -0.000 0.946
SEGMENTSt -0.000 0.282
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 227
Adjusted R2 0.106
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
79
Table 26 - Disclosure Committee Composition Percentage of Negative Words Test
Dependent Variable %NEGATIVE_WORDSt
Coef P-value
INTERCEPT 0.006 0.049 **
MANAGER_ON_DCt 0.001 0.531
CEO_ON_DCt 0.000 0.827
CFO_ON_DCt -0.001 0.261
COO_ON_DCt 0.001 0.429
CRO_ON_DCt -0.001 0.352
GC_ON_DCt 0.001 0.158
ACCTOF_ON_DCt 0.000 0.729
IA_ON_DCt -0.000 0.730
DIRECTOR_ON_DCt 0.000 0.603
AC_ON_DCt 0.004 0.013 **
SPECIAL_ITEMSt -0.002 0.393
M&At -0.000 0.848
FINANCINGt 0.000 0.748
RET_VOL3t 0.012 0.018 **
LOSSDt 0.001 0.522
STD_INCOMEt 0.001 0.497
DELAWARE 0.001 0.294
%INST_HOLDt -0.000 0.744
SIZEt 0.000 0.209
BTMt 0.000 0.299
FOREIGNt 0.000 0.873
SEGMENTSt -0.000 0.906
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 227
Adjusted R2 0.225
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
80
Table 27 - Disclosure Committee Composition Bid-Ask Spread Test
Dependent Variable BA_SPREADt
Coef P-value
INTERCEPT 0.032 0.433
MANAGER_ON_DCt -0.001 0.863
CEO_ON_DCt -0.006 0.419
CFO_ON_DCt 0.005 0.489
COO_ON_DCt 0.006 0.667
CRO_ON_DCt -0.015 0.042 **
GC_ON_DCt -0.002 0.833
ACCTOF_ON_DCt 0.003 0.778
IA_ON_DCt 0.004 0.548
DIRECTOR_ON_DCt -0.005 0.478
AC_ON_DCt 0.022 0.119
TURNOVERt-1 0.002 0.383
MVEt-1 -0.003 0.079 *
RETURN_VOLt-1 -0.000 0.987
GROSSFILESIZEt-1 0.000 0.870
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 246
Adjusted R2 0.094
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
81
Table 28 - Disclosure Committee Composition Illiquidity Test
Dependent Variable ILLIQUIDITYt
Coef P-value
INTERCEPT 0.100 0.969
MANAGER_ON_DCt -0.101 0.777
CEO_ON_DCt 0.088 0.790
CFO_ON_DCt 0.165 0.535
COO_ON_DCt 0.414 0.170
CRO_ON_DCt 0.213 0.610
GC_ON_DCt -0.276 0.290
ACCTOF_ON_DCt -0.212 0.447
IA_ON_DCt 0.316 0.326
DIRECTOR_ON_DCt -0.104 0.833
AC_ON_DCt 1.471 0.295
TURNOVERt-1 -0.589 0.005 ***
MVEt-1 -0.163 0.132
RETURN_VOLt-1 0.187 0.481
GROSSFILESIZEt-1 0.095 0.504
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 235
Adjusted R2 0.164
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
82
Table 29 - Disclosure Committee Composition ERC Test
Dependent Variable RETURNSt
Coef P-value
INTERCEPT 0.769 0.028 **
EARNINGSt-1 -0.840 0.006 ***
EARNINGSt -0.159 0.705
CEO_ON_DCt -0.051 0.572
CEO_ON_DCt x EARNINGSt 0.473 0.590
CFO_ON_DCt 0.011 0.909
CFO_ON_DCt x EARNINGSt 0.343 0.680
COO_ON_DCt 0.129 0.299
COO_ON_DCt x EARNINGSt -0.034 0.974
GC_ON_DCt -0.031 0.702
GC_ON_DCt x EARNINGSt -0.677 0.400
CRO_ON_DCt -0.038 0.755
CRO_ON_DCt x EARNINGSt -0.177 0.893
ACCTOFF_ON_DCt 0.093 0.325
ACCTOFF_ON_DCt x EARNINGSt -0.567 0.646
IA_ON_DCt -0.128 0.173
IA_ON_DCt x EARNINGSt 3.930 0.003 ***
DIRECTOR_ON_DCt -0.054 0.434
DIRECTOR_ON_DCt x EARNINGSt -0.363 0.477
AC_ON_DCt -0.124 0.358
AC_ON_DCt x EARNINGSt 2.472 0.000 ***
FE_INDUSTRYFE Included
YEARFE Included
CONTROLS Included
Number of Observations 223
Adjusted R2 0.575
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
83
Table 30 - Disclosure Committee Composition FERC Test
Dependent Variable RETURNSt
Coef P-value
INTERCEPT 2.021 0.000 ***
EARNINGSt-1 -0.585 0.044 **
EARNINGSt -0.442 0.330
EARNINGS3t+1 to t+3 0.177 0.276
RETURNS3t+1 to t+3 0.015 0.650
CEO_ON_DCt 0.025 0.769
CEO_ON_DCt x EARNINGSt 1.329 0.009 ***
CEO_ON_DCt x EARNINGSt+1 to t+3 -0.195 0.296
CFO_ON_DCt -0.096 0.260
CFO_ON_DCt x EARNINGSt -0.685 0.172
CFO_ON_DCt x EARNINGSt+1 to t+3 0.479 0.006 ***
COO_ON_DCt 0.068 0.599
COO_ON_DCt x EARNINGSt -0.196 0.802
COO_ON_DCt x EARNINGSt+1 to t+3 0.704 0.057 *
GC_ON_DCt -0.034 0.703
GC_ON_DCt x EARNINGSt -0.678 0.414
GC_ON_DCt x EARNINGSt+1 to t+3 -0.297 0.387
CRO_ON_DCt -0.206 0.353
CRO_ON_DCt x EARNINGSt -2.958 0.200
CRO_ON_DCt x EARNINGSt+1 to t+3 1.924 0.158
ACCTOFF_ON_DCt 0.089 0.401
ACCTOFF_ON_DCt x EARNINGSt 0.587 0.692
ACCTOFF_ON_DCt x EARNINGSt+1 to t+3 -0.141 0.704
IA_ON_DCt -0.189 0.047 **
IA_ON_DCt x EARNINGSt 1.754 0.237
IA_ON_DCt x EARNINGSt+1 to t+3 0.192 0.540
DIRECTOR_ON_DCt -0.002 0.982
DIRECTOR_ON_DCt x EARNINGSt 0.112 0.859
DIRECTOR_ON_DCt x EARNINGSt+1 to t+3 -0.548 0.087 *
AC_ON_DCt -0.272 0.017 **
AC_ON_DCt x EARNINGSt 0.869 0.181
AC_ON_DCt x EARNINGSt+1 to t+3 0.734 0.093 *
FE_INDUSTRYFE Included
YEARFE Included
CONTROLS Included
Number of Observations 223
Adjusted R2 0.608
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). For parsimony, I do not tabulate the control variable main effects
and interactions. ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively.
Significance is based on two-tailed tests. All variables are defined in Appendix B.
84
Table 31 – Disclosure Committee Adoption and Current Period Material Weaknesses
Dependent variable MWEAKNESSt
Coef P-value
INTERCEPT -5.286 0.000 ***
DCt 0.126 0.671
AFTERt -0.925 0.001 ***
DCt x AFTERt 1.160 0.002 ***
RESTATEMENTt 1.345 0.000 ***
SPECIAL_ITEMSt 0.107 0.788
M&At 0.181 0.503
FINANCINGt 0.246 0.287
RET_VOLt 0.633 0.589
LOSSDt 0.906 0.000 ***
STD_INCOMEt 0.572 0.214
SIZEt -0.087 0.173
BTMt 0.090 0.541
FOREIGNt 0.138 0.415
SEGMENTSt 0.542 0.013 **
SALE_GROWTHt 0.096 0.727
FF_INDUSTRYFE Included
YEARFE Included
N 1,216
Pseudo R2 0.200
Area under ROC 0.809
Notes: I use logit to estimate this regression and cluster standard errors by company (Petersen
2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively. Significance is
based on two-tailed tests. All variables are defined in Appendix B.
85
Table 32 – Disclosure Committee Adoption and Future Material Weaknesses
Dependent Variable MWEAKNESSt+1
Coef P-value
INTERCEPT -3.533 0.008 ***
DCt 1.230 0.000 ***
AFTERt -0.224 0.363
DCt x AFTERt -0.599 0.062 *
RESTATEMENTt+1 1.094 0.000 ***
SPECIAL_ITEMSt+1 -1.800 0.052 *
M&At+1 0.218 0.415
FINANCINGt+1 -0.010 0.963
RET_VOLt+1 1.352 0.288
LOSSDt+1 0.529 0.022 **
STD_INCOMEt+1 0.644 0.180
SIZEt+1 -0.027 0.686
BTMt+1 0.136 0.174
FOREIGNt+1 0.233 0.168
SEGMENTSt+1 0.229 0.273
SALE_GROWTHt+1 -0.321 0.090 *
FF_INDUSTRYFE Included
YEARFE Included
N 1,612
Pseudo R2 0.150
Area under ROC 0.787
Notes: I use logit to estimate this regression and cluster standard errors by company (Petersen
2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively. Significance is
based on two-tailed tests. All variables are defined in Appendix B.
86
Table 33 - Number of Words Test Excluding Unclear Adoption Timing Observations
Dependent Variable #WORDSt
Coef P-value
INTERCEPT 10.130 0.000 ***
DCt -0.017 0.645
AFTERt -0.043 0.122
DCt x AFTERt 0.096 0.011 **
SPECIAL_ITEMSt -0.062 0.184
M&At 0.030 0.390
FINANCINGt 0.025 0.393 **
RET_VOL3t 1.114 0.000 ***
LOSSDt 0.159 0.000 ***
STD_INCOMEt 0.035 0.415 **
DELAWARE 0.061 0.056
%INST_HOLDt 0.068 0.135
SIZEt 0.148 0.000 ***
BTMt 0.029 0.096
FOREIGNt -0.022 0.406
SEGMENTSt 0.064 0.010 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,784
Adjusted R2 0.482
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
87
Table 34 - Gross File Size Test Excluding Unclear Adoption Timing Observations
Dependent Variable GROSSFILESIZEt
Coef P-value
INTERCEPT 14.766 0.000 ***
DCt -0.072 0.128
AFTERt -0.086 0.013 **
DCt x AFTERt 0.136 0.003 ***
SPECIAL_ITEMSt -0.131 0.045 **
M&At 0.006 0.893
FINANCINGt 0.044 0.279
RET_VOL3t 0.983 0.000 ***
LOSSDt 0.149 0.001 ***
STD_INCOMEt 0.034 0.662
DELAWARE 0.047 0.291
%INST_HOLDt 0.094 0.152
SIZEt 0.175 0.000 ***
BTMt -0.026 0.266
FOREIGNt -0.009 0.824
SEGMENTSt 0.082 0.017 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,784
Adjusted R2 0.482
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
88
Table 35 - Net File Size Test Excluding Unclear Adoption Timing Observations
Dependent Variable NETFILESIZEt
Coef P-value
INTERCEPT 12.538 0.000 ***
DCt -0.023 0.497
AFTERt -0.047 0.082 *
DCt x AFTERt 0.104 0.004 ***
SPECIAL_ITEMSt -0.051 0.252
M&At 0.024 0.470
FINANCINGt 0.015 0.611
RET_VOL3t 1.045 0.000 ***
LOSSDt 0.163 0.000 ***
STD_INCOMEt 0.034 0.427
DELAWARE 0.063 0.043 **
%INST_HOLDt 0.062 0.163
SIZEt 0.151 0.000 ***
BTMt 0.029 0.092 *
FOREIGNt -0.017 0.506
SEGMENTSt 0.071 0.003 ***
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,784
Adjusted R2 0.363
Joint Test: DCt + DCt x AFTERt **
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
89
Table 36 - Bid Ask Spread Test Excluding Unclear Adoption Timing Observations
Dependent Variable BA_SPREADt
Coef P-value
INTERCEPT -0.001 0.957
DCt 0.002 0.100
AFTER t 0.003 0.000 ***
DCt x AFTERt -0.000 0.911
TURNOVERt-1 0.000 0.852
MVEt-1 -0.003 0.000 ***
RETURN_VOLt-1 0.006 0.000 ***
GROSSFILESIZEt-1 0.001 0.085 *
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,604
Adjusted R2 0.214
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
90
Table 37 - Market Illiquidity Test Excluding Unclear Adoption Timing Observations
Dependent Variable ILLIQUIDITYt
Coef P-value
INTERCEPT 0.101 0.910
DCt -0.031 0.739
AFTER t 0.224 0.005 ***
DCt x AFTERt -0.079 0.408
TURNOVERt-1 -0.235 0.000 ***
MVEt-1 -0.291 0.000 ***
RETURN_VOLt-1 -0.042 0.705
GROSSFILESIZEt-1 0.060 0.138
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,604
Adjusted R2 0.191
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
91
Table 38 - ERC Test Excluding Unclear Adoption Timing Observations
Dependent Variable RETURNSt
Coef P-value
INTERCEPT 0.139 0.405
EARNINGSt-1 -0.547 0.054 *
EARNINGSt 0.830 0.000 ***
DCt 0.018 0.618
AFTERt 0.018 0.684
DCt x AFTERt -0.046 0.431
DCt x EARNINGSt-1 0.241 0.535
DCt x EARNINGSt 0.191 0.552
AFTERt x EARNINGSt-1 0.006 0.990
AFTERt x EARNINGSt -0.264 0.562
DCt x AFTERt x EARNINGSt-1 -0.464 0.484
DCt x AFTERt x EARNINGSt 0.386 0.527
FF_INDUSTRYFE Included
YEARFE Included
CONTROLS Included
Number of Observations 1,256
Adjusted R2 0.403
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). For parsimony, I do not tabulate the control variable main effects
and interactions. ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively.
Significance is based on two-tailed tests. All variables are defined in Appendix B.
92
Table 39 - FERC Test Excluding Unclear Adoption Timing Observations
Dependent Variable RETURNSt
Coef P-value
INTERCEPT 0.183 0.293
EARNINGSt-1 -0.611 0.036 **
EARNINGSt 0.759 0.000 ***
EARNINGS3t+1 to t+3 0.337 0.035 **
RETURNS3t+1 to t+3 -0.201 0.000 ***
DCt -0.037 0.396
AFTERt -0.025 0.599
DCt x AFTERt -0.001 0.989
DCt x EARNINGSt-1 0.333 0.407
DCt x EARNINGSt -0.072 0.832
DCt x EARNINGS3t+1 to t+3 0.025 0.909
DCt x RETURNS3t+1 to t+3 0.102 0.015 **
AFTERt x EARNINGSt-1 0.003 0.995
AFTERt x EARNINGSt -0.523 0.253
AFTERt x EARNINGS3t+1 to t+3 0.139 0.572
AFTERt x RETURNS3t+1 to t+3 0.061 0.164
DCt x AFTERt x EARNINGSt-1 -0.389 0.549
DCt x AFTERt x EARNINGSt 0.519 0.388
DCt x AFTERt x EARNINGS3t+1 to t+3 0.064 0.870
DCt x AFTERt x RETURNS3t+1 to t+3 -0.094 0.189
FF_INDUSTRYFE Included
YEARFE Included
CONTROLS Included
Number of Observations 1,256
Adjusted R2 0.463
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). For parsimony, I do not tabulate the control variable main effects
and interactions. ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10, respectively.
Significance is based on two-tailed tests. All variables are defined in Appendix B.
93
Table 40 - Bid Ask Spread Test Measuring BA_SPREAD over the fiscal year
Dependent Variable BA_SPREADt
Coef P-value
INTERCEPT 0.029 0.004 ***
DCt 0.002 0.155
AFTER t 0.002 0.006 ***
DCt x AFTERt -0.001 0.111
TURNOVERt-1 -0.002 0.011 **
MVEt-1 -0.002 0.000 ***
RETURN_VOLt-1 0.010 0.000 ***
GROSSFILESIZEt-1 0.001 0.019 **
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,604
Adjusted R2 0.214
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
94
Table 41 - Market Illiquidity Test Measuring ILLIQUIDITY over the fiscal year
Dependent Variable ILLIQUIDITYt
Coef P-value
INTERCEPT 2.010 0.018 **
DCt -0.084 0.289
AFTER t 0.095 0.169
DCt x AFTERt 0.038 0.640
TURNOVERt-1 -0.417 0.000 ***
MVEt-1 -0.183 0.000 ***
RETURN_VOLt-1 0.249 0.004 ***
GROSSFILESIZEt-1 0.046 0.327
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 2,460
Adjusted R2 0.183
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.
95
Table 42 – Residual Volatility Test
Dependent Variable RESID_VOLt
Coef P-value
INTERCEPT 0.100 0.000 ***
DCt 0.001 0.968
AFTER t 0.001 0.921
DCt x AFTERt -0.003 0.401
TURNOVERt-1 0.007 0.000 ***
MVEt-1 -0.006 0.000 ***
RETURN_VOLt-1 0.023 0.000 ***
GROSSFILESIZEt-1 0.002 0.255
FF_INDUSTRYFE Included
YEARFE Included
Number of Observations 1,736
Adjusted R2 0.310
Notes: I estimate this model using ordinary least squares regression and cluster standard errors
by company (Petersen 2009). ***, **, and * indicate p < 0.01, p <0.05, and p < 0.10,
respectively. Significance is based on two-tailed tests. All variables are defined in Appendix B.