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Corporate Social Responsibility, Risk Diversification, and Firm Value:
Does Corporate Social Responsibility Diversify Risk
Maury Rubin
Department of Economics
University of Western Ontario
April 21, 2016
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Corporate Social Responsibility, Risk Diversification, and Firm Value:
Does Corporate Social Responsibility diversify Risk
Abstract
The purpose of this study is to explore whether firms that employ corporate social responsibility
tactics see bottom-line improvements to their firm’s performance through risk diversification. The
literature review of this topic shows that “internal firm diversification” contributes positively to
the reduction of idiosyncratic risk which in turn contributes to positive financial performance, and
as such, this paper posits that investing in corporate social responsibility is a form of “internal firm
diversification.” Using a corporate social responsibility rating as well as its lagged value as
independent variables (Li, Class, 2016) and control variables for idiosyncratic risk (Mishra, and
Modi, 2012) we observe that corporate social responsibility contributes positively to a firm’s
financial performance in a variety of measures.
Key words: Corporate Social Responsibility, CSR, Diversification, Financial Performance, Firm
Risk, Idiosyncratic Risk, Tobin’s Q,
3
1. Introduction
There has been in the past decade extensive coverage of the topic surrounding the impact of
corporate social responsibility on firm performance. After all, corporate social responsibility
initiatives are actions that advance social good beyond that which is required by law (Kang,
Germann, Grewal, 2016), and can have an ambiguous effect on a firm’s bottom line performance.
Thus this topic has been studied from various angles to thoroughly understand what if any
contributions corporate social responsibility has to the firm and if it is even worth pursuing.
In their 2016 paper, Kang, Germann, and Grewal posit four mechanisms by which corporate social
responsibility leads or is linked to positive firm performance. They suggest that corporate social
responsibility is 1) a result of having extra resources, a sign of a successful firm, 2) a sign of good
management, which leads to a successful firm, 3) a penance mechanism to atone for past corporate
social irresponsibility, and 4) an insurance mechanism that builds a reservoir of goodwill. Of these
four mechanisms, only one stands out as making a strong strategic cases for taking on the
labourious task of implementing corporate social responsibility measures. By extension of
mechanism (4), this paper questions whether corporate social responsibility actually acts as an
insurance mechanism and if it does, can this idea be extended to determine whether corporate
social responsibility reduces idiosyncratic risk (company specific risk).
This paper examines the premise of a variety of papers that conclude that corporate social
responsibility leads to an overall reduction in idiosyncratic risk through diversification. If
corporate social responsibility leads to an increase in diversification what then are the effects of
corporate social responsibility on the firm’ s financial performance.
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I will begin this analysis with a literature review outlining what has been discovered in the past
with regards to corporate social responsibility and diversification, as well as diversification and
firm performance. I will then run six regressions using a metric of firm performance as the
dependent variable and a corporate social responsibility rating, a lagged corporate social
responsibility rating, and company specific control variables as the independent variables. After
holding for the company specific methods of diversification, I will be able to conclude what if any
effect corporate social responsibility has on firm performance as a diversification tool.
2. Literature Review and Hypotheses
As discussed previously, the purpose of this discussion is to determine what effect corporate
social responsibility measures have on the financial performance of the firm when we account
for diversification effects. The idea of linking corporate social responsibility to diversification is
not novel; it has been suggested previously, and it has been shown that corporate social
responsibility does lower idiosyncratic risk via diversification. In portfolio theory, diversifying
one’s portfolio is a means by which one lowers “idiosyncratic risk’. In this paper’s context,
diversification refers to firms investing in non-core business behaviours as a means to diversify
their own risk. Mishra and Modi for instance note in their paper Positive and Negative Corporate
Social Responsibility, Financial Leverage, and Idiosyncratic Risk that “although extant theory
predicts a complex relationship between CSR and financial returns stakeholder theory and the
RBV of the firm suggest some clear pathways through which positive (negative) CSR may help
firms reduce (increase) their financial risk.” (Mishra, Modi, 2012). In a similar vein, Attig,
Ghoul, Guedhami, and Suh cite in their 2012 paper Corporate Social Responsibility and Credit
Ratings, “Consistent with this view, Lee and Faff (2009) and Boutin-Dufresne and Savaria
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(2004) document that low CSR firms exhibit significantly higher idiosyncratic risk. And finally,
Luo and Bhattacharya (2009) show that firms with high corporate social performance are able to
lower undesirable idiosyncratic risk.
Now that a link has been drawn between corporate social responsibility and diversification,
can we draw the same links between diversification and financial performance? Interestingly
Lang and Stultz (1993) find that firm diversification and Tobin’s q are negatively related. They
find that firms that increase their number of sales segments have lower “q’s” than firms that keep
their number of segments constant. In contrast Tanriverdi and Lee (2008) find that within-
industry diversification increases marginal returns. This paper will posit that corporate social
responsibility measures act as a “within –industry” diversification measure and should therefore
positively effect financial performance.
In the regressions, when we hold for the effects of diversification we should only be left
with the effects of corporate social responsibility measures on the firm’s performance. The
following hypothesis is formed.
H1a: If corporate social responsibility measures act a method of
diversification, then a higher corporate social responsibility rating will lead
to better financial performance (ie. Higher net income, lower leverage ratio)
H1b: If corporate social responsibility measures do not act a method of
diversification, then a higher corporate social responsibility rating will not
lead to better financial performance (ie. No or ambiguous effect on net
income/ leverage ratio)
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H2a: If corporate social responsibility factor measures act as a method of
diversification, then a higher lagged corporate social responsibility rating
will lead to better financial performance (ie. Higher net income, lower
leverage ratio)
3. Data and Summary Statistics
3.1 Databases
The main variable needed to test the hypothesis is a rating for corporate social responsibility. To
get this measure the KLD database was accessed. This database is an annual data set of positive
and negative environmental, social, and governance (ESG) performance indicators applied to a
universe of publicly traded companies. Additionally, it is necessary to obtain fundamental financial
information. Firm fundamentals from 1960 – 2016 were obtained from the Compustat Capital IQ
database.
3.2 Test variables
CSR_Ratingit
In SAS, a variable CSR_rating is generated by taking the sum of the positive community, diversity,
employee relations, environment, human rights, and product points and subtracting the sum of the
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negative community, diversity, employee relations, environment, human rights, and product
points.
Lag1CSRit-1
There may be effects coming from the corporate social responsibility employed in the previous
period. Therefore, the CSR_Rating is lagged by one time period to formulate Lag1CSR.
3.3 Control Variables
This is aiming to observe corporate social responsibility as a measure of diversification. As
such, control variables must be employed in order to account for firm specific risk
diversification. The following variables have been used in a variety of papers discussing firm
diversification. Descriptions of these variables can be found in appendix 1.
Research and Development Intensity (RnDit )
Spending on research and development can lead to firm and product innovation which may reduce
a firm’s idiosyncratic risk. Further Luo and Bhattacharya (2009) argue that R&D is an important
strategic lever affecting the influence of corporate social responsibility of firms. Therefore, R&D
must be controlled for and it equals total R&D expense divided by total firm revenue.
Advertising Intensity (ADit)
Because firms can use advertising to to inform customers and investors about their performance,
products, and services, advertising can help lower idiosyncratic risk. Advertising is controlled for
by dividing total advertising expense by total revenue.
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Firm age (Firm_ageit)
A firm’s age can effect idiosyncratic risk beacuse older firms may be more adept at identifying
and lowering their firm specific risk. Firm age is calculated by subtracting observation i’s date
from the first year of the firm’s public existence.
Return on Assets (ROAit)
Return-on-assets is a measure that provides investors information regarding the profitability of
the firm and can influence the idiosyncratic risk of a firm. ROA is calculated as net income
before extraordinary items divided by total assets.
Market to book ratio (Mktbookit)
The market to book ratio is a common metric by which investors judge firms. It is calculated as
the market value of equity divided by the book value of equity.
Size (Sizeit)
Larger firms may be able to reduce idiosyncratic risk faster and or better than smaller firms. Size
is calculated as the log of total assets. A similar measure was used in Saleh, Zulkifi, and Muhamad
(2007)
Dividends (DVPDit)
Paying dividends is a sign of a firm’s financial health, and therefore suggests that it can reduce its
idiosyncratic risk. Dividends payout is represented as the total dividends paid.
Cash (CHit)
Cash on the balance sheet is assumed to be excess cash rather than cash that is necessary to run
the everyday operations of the business. It follows that firms with more cash have the ability to
invest in actions that can help lower idiosyncratic risk.
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3.4 Dependent Variables
A summary of the dependent variables that represent a firm’s financial performance.
Descriptions of these variables can be found in appendix 1
Tobins Q (TobinsQit)
Tobin’s Q is a measure of the firm’s assets in relation to its total market value. It is commonly
used to determine if a company is over or under valued because the ratio suggests whether the firm
is in actuality worth more or less than than the cost of its assets. If the hypothesis about corporate
social responsibility is correct, we should expect to see Tobin’s Q increase when corporate social
responsibility initiatives increase. Tobin’s Q is calculated as the market value of equity plus the
book value of assets minus the sum of book value of common equity and deferred taxes, all divided
by the book value of assets.
Leverage (Debt_to_assetit)
Leverage ratios are common tools used to assess the financial well being of a firm. Firms that are
highly levered run the risk of bankruptcy as well as long run insolvency. If our hypothesis is
correct, and corporate social responsibility initiatives diversify risk, we should see the debt to asset
ratio lower when corporate social responsibility initiatives are undertaken. The leverage ratio is
computed by taking the total debt and dividing by total assets.
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Solvency (Solvit)
Firms and shareholders are concerned with solvency as it represents the firm’s long term financial
health. Firms that become insolvent are unable to payback their long term liabilities and will
eventually become a gone concern. If our hypothesis is correct we would expect corporate social
responsibility initiatives to increase the solvency ratio because the initiatives should lower the
firm’s idiosyncratic risks. The solvency ratio is calculated by dividing net income plus depreciation
by total short term and long term debt.
Operating Cash Flow (OANCFit)
Operating cash flow represents the amount of cash generated by the normal operations of the
business. As a performance measure, operating cash flow is important to the firm because it
indicates whether a company is able to generate sufficient cash flow to maintain and grow its
operations. If the hypothesis is correct corporate social responsibility initiatives should increase
the operational cash flows of the firm. A similar measure was used in McGuire, Sundgren, and
Schneeweis (1988).
Net Income (NIit)
Net income is the firm’s bottom line. It represents the total income generated by the firm less taxes,
interest expenses and extraordinary items. The firm uses its net income to reinvest in the firm, or
pay out dividends to its shareholders. Therefore, firms are extremely interested in growing this line
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item. If the hypothesis is correct, corporate social responsibility initiatives should increase the net
income account.
Total Revenue (Revtit)
Total revenue represents the total sales of the firm. The firm uses the money generated by saes to
service pay its employees, service debt, pay taxes, and run the business. If the hypothesis is true,
total revenue should grow with the increase in corporate social responsibility initiatives.
3.5 Summary Statistics
Table 1 presents the summary statistics for all the test variables, the control variables, and the
dependent variables. The mean and standard deviation of CSR_rating is 0.75 and 3.19
respectively, and the mean and standard deviation of the lagged CSR rating is 0.77 and 3.2
respectively.
Table 2 then presents the correlations between the variables as well as the Pearson correlation
coefficients. The preliminary correlations confirm some of what the hypothesis 1a suggests.
CSR_rating is positively and significantly correlated with net income, solvency, revenue, and
operating cash flow, and it is negatively and significantly correlated with leverage. The
CSR_rating was negatively correlated with Tobin’s Q however this correlation was insignificant.
The correlation between the lagged CSR variable and the financial performance metrics are the
same as the normal CSR variable.
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4. Findings and Discussion
The regressions found in Tables 3 through 8 were run in SAS, and they form the basis for the focus
of this paper. In Tables 3 trough 8 the output of the regression displays clear evidence that when
specific firm diversification is held constant, the diversification effects stemming from corporate
social responsibility practices helps increase the financial performance of a firm. Specifically, in
model 1 of the regression analysis CSR_rating behaves according to Hypothesis 1a. That is, when
measures of firm performance are regressed on CSR_Rating, CSR_rating contributes positively
and significantly to Tobin’s Q (0.095), total revenue (319.830), net income (38.99751), solvency
(5.11178), and operating cash flow (66.54262). Additionally, CSR_rating contributes negatively
to the debt to asset ratio (-0.01096), which is a positive outcome for the firm. Therefore, we should
accept H1a that states that corporate social responsibility leads to better firm performance through
its ability to lower idiosyncratic risk.
Next, the same regressions were run with the addition of a lagged value for corporate social
responsibility. Previously, this paper hypothesized that a lagged corporate social responsibility
rating would increase firm performance (H2a). The regressions however revealed that the lagged
corporate social responsibility rating led to a decrease in net income (-13.06717), leverage (-
0.00769), revenue (-437.66553), solvency (-1.47468 (not significant)), operating cash flow (-
35.57132) and an increase in Tobin’s Q (0.00388 (not significant)). The parameter estimates on
the CSR_rating however behaved the same as it did in model 1. Though these results contradict
hypotheses 2a, they are actually quite intuitive. If a firm increases corporate social responsibility
efforts in the previous period, if will generally have a cost effect leading to a negative impact on
some of out financial measures. However, thorough diversification in this period, corporate social
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responsibility measures contribute positivity to the firm’s financial performance and offset the
costs of implementation.
Limitations and further direction
The findings are consistent with pervious studies that look at the connection between corporate
social responsibility and performance. However, if this study were to extend further more work
would need to be done to establish a causal relation between corporate social responsibility and
the various financial performance metrics.
As well I would focus on one or two key performance metrics and then find strong instrumental
variables to ensure there are no endogeneity issues.
Further Hull and Rothenberg (2008) note that the relationship between CSR and financial
performance is difficult to establish because it is more complex than a linear relation. I would in
the future clearly identify which variables would need to be held constant in order for the
diversification effects of corporate social responsibility to truly be significant.
5. Conclusion
This paper’s objective was to further the discussion surrounding the usefulness of corporate
social responsibility as a factor that can increase firms’ financial performance. A link was drawn
between the use of corporate social responsibility scores and the reduction of idiosyncratic risk,
as well as the link between idiosyncratic risk and firm performance. Together, this lead to the
hypothesis that if other forms firm specific risk diversifying measures are held constant the risk
diversification virtues of corporate social responsibility would be evident in the regressions on
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firm performance. After running regressions on various firm financial metrics, hypothesis 1a was
accepted, and we were able to observe the positive effects of corporate social responsibility on
the financial metrics. Additionally, the same models were run with an additional lagged
corporate social responsibility rating and in most cases, this variable contributed negatively to
the selected financial metrics.
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References: Attig, Najah, Sadok El Ghoul, Omrane Guedhami, and Jungwon Suh. "Corporate Social Responsibility and Credit Ratings." SSRN Electronic Journal SSRN Journal pp 679. Web. "Corporate Sustainability Performance and Idiosyncratic Risk: A Global Perspective." - Lee. Pp.682 Web. 21 Apr. 2016. Hull, Clyde, and Sandra Rothenberg. "Firm Performance: The Interactions of Corporate Social Performance with Innovation and Industry Differentiation." 2008. Pp. 786 Web. 21 Apr. 2016. Kang, Charles, Franl Germann, and Rajdeep Grewal. "Washing Away Your Sins? Corporate Social Responsibility, Corporate Social Irresponsibility, and Firm Performance." AMA Journals. Pp.60 Web. 21 Apr. 2016. Lang, Larry, and Stulz. "Tobin's Q, Corporate Diversification and Firm Performance." Pp.1 . Web. 21 Apr. 2016. Luo, Xueming, and C.b Bhattacharya. "The Debate over Doing Good: Corporate Social Performance, Strategic Marketing Levers, and Firm-Idiosyncratic Risk." Journal of Marketing 73.6 (2009): Pp.5-7. Web. McGuire, Sundgren, and Schneeweis. "Corporate Social Responsibility And Firm Financial Performance." JSTOR(1988): pp. 861 Web. Mishra, Saurabh, and Sachin B. Modi. "Positive and Negative Corporate Social Responsibility, Financial Lever." Age, and Idiosyncratic Risk. pp.431 Web. 21 Apr. 2016. Saleha, Mustaruddin, Norhayah Zulkiflib, and Rusnah Muhamadc. An Empirical Examination of the Relationship between Corporate Social Responsibility Disclosure and Financial Performance in an Emerging Market Mustaruddin Saleh a Web. Tanriverdi, Huseyin, and Chi-Hyon Lee. "Within-Industry Diversification and Firm Performance in the Presence of Network Externalities: Evidence From the Software Industry." ResearchGate. Pp. 381 Web. 21 Apr. 2016.
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Table 1. Descriptive Statistics
Variable N Mean Median Standard Deviation Min Max
Csr_rating 80294 0.7598202 -1 3.197673321 -9 18
lag1CSR 77190 0.7702423 -1 3.208044159 -9 18
roa 62711 -0.0116311 0.040663168 1.42686622 -276.0222222 26.03349093
rnd 79325 1.2350422 0 104.82394 -90.38461538 25684.4
ad 79325 0.0104253 0 0.254009645 0 60.0896861
mktbook 65008 3.7808317 1.861526865 184.9659854 -4027.243304 44843.55816
size 80294 6.796648 6.84097478 2.295605686 -6.907755279 15.14290377
firm_age 80294 17.1660523 14 13.42296236 0 56
Debt_to_asset 80294 0.1031694 0 0.258825806 0 30.2
solv 29924 6.2629027 0.150481837 614.0195264 -27011 77379.09091
tobinsq 59242 2.357958 1.349368209 26.8629185 0.107349868 3001.077575
NI 69465 243.5738018 21.047 1590.76063 -99289 104821
OANCF 52843 590.8179356 60.431 3284.524809 -110560 129731
CH 73003 538.7759871 38.732 3805.676781 -279.141 159353
REVT 79940 3712.05 432.0825 14601.7722 -2510 483521
DVPD 80294 9.1524294 0 104.0197089 0 10778
Table 2. Correlation Table
Table 1. reports correlations between key variables that we use in this paper for sample period of 1960-2016. Table 2. reports the Pearson
correlation coefficients; the table denotes the Probability > |r| under H0: Rho=0
Variable Csr_rating lag1CSR roa rnd ad mktbook firm_age Debt_to_assetsolv tobinsq NI OANCF CH REVT DVPD sizeCsr_rating 1.000 0.798 0.029 -0.007 -0.001 -0.001 0.278 -0.040 0.028 -0.002 0.194 0.219 0.169 0.264 0.065 0.426lag1CSR 0.798 1.000 0.049 -0.004 -0.001 -0.002 0.114 -0.079 0.021 -0.003 0.142 0.171 0.154 0.180 0.050 0.318roa 0.029 0.049 1.000 -0.022 -0.019 0.002 0.034 -0.101 0.040 -0.236 0.018 0.010 0.005 0.011 0.092rnd -0.007 -0.004 -0.022 1.000 0.008 0.000 -0.008 0.011 -0.001 0.001 -0.003 -0.003 -0.001 -0.003 -0.001 -0.011ad -0.001 -0.001 -0.019 0.008 1.000 0.000 -0.010 0.013 -0.003 0.003 -0.001 -0.001 -0.002 -0.001 -0.004 -0.014mktbook -0.001 -0.002 0.002 0.000 0.000 1.000 -0.003 0.009 0.000 0.077 0.001 0.000 -0.001 0.001 0.001firm_age 0.278 0.114 0.034 -0.008 -0.010 -0.003 1.000 0.068 0.007 -0.019 0.157 0.153 0.105 0.235 0.019 0.425Debt_to_asset -0.040 -0.079 -0.101 0.011 0.013 0.009 0.068 1.000 -0.008 0.014 0.002 0.008 -0.003 0.034 -0.035 0.068solv 0.028 0.021 0.040 -0.001 -0.003 0.000 0.007 -0.008 1.000 -0.012 0.013 0.010 0.012 0.008 0.022tobinsq -0.002 -0.003 -0.236 0.001 0.003 0.077 -0.019 0.014 -0.012 1.000 -0.001 -0.005 -0.004 -0.007 -0.075NI 0.194 0.142 0.018 -0.003 -0.001 0.001 0.157 0.002 0.013 -0.001 1.000 0.514 0.321 0.592 0.284OANCF 0.219 0.171 0.010 -0.003 -0.001 0.000 0.153 0.008 0.010 -0.005 0.514 1.000 0.384 0.598 0.319CH 0.169 0.154 0.005 -0.001 -0.002 -0.001 0.105 -0.003 0.012 -0.004 0.321 0.384 1.000 0.438 0.122 0.300REVT 0.264 0.180 0.011 -0.003 -0.001 0.001 0.235 0.034 0.008 -0.007 0.592 0.598 0.438 1.000 0.119 0.416DVPD 0.065 0.050 -0.001 -0.004 0.019 -0.035 0.122 0.119 1.000 0.148size 0.426 0.318 0.092 -0.011 -0.014 0.001 0.425 0.068 0.022 -0.075 0.284 0.319 0.300 0.416 0.148 1.000
Variable Csr_rating lag1CSR roa rnd ad mktbook firm_age Debt_to_assetsolv tobinsq NI OANCF CH REVT DVPD sizeCsr_rating _ <.0001 <.0001 0.0604 0.7437 0.7195 <.0001 <.0001 <.0001 0.6482 <.0001 <.0001 <.0001 <.0001 <.0001 <.0001lag1CSR <.0001 _ <.0001 0.3287 0.7531 0.6864 <.0001 <.0001 0.0003 0.5368 <.0001 <.0001 <.0001 <.0001 <.0001 <.0001roa <.0001 <.0001 _ <.0001 <.0001 0.6531 <.0001 <.0001 <.0001 <.0001 <.0001 0.0213 0.2313 0.0044 <.0001rnd 0.0604 0.3287 <.0001 _ 0.0274 0.991 0.019 0.0012 0.8307 0.7898 0.4123 0.475 0.7217 0.4034 0.7693 0.0029ad 0.7437 0.7531 <.0001 0.0274 _ 0.9954 0.0045 0.0004 0.6467 0.4273 0.8791 0.8627 0.6878 0.6785 0.3069 <.0001mktbook 0.7195 0.6864 0.6531 0.991 0.9954 _ 0.4419 0.0227 0.9936 <.0001 0.7282 0.9155 0.8813 0.8968 0.8795firm_age <.0001 <.0001 <.0001 0.019 0.0045 0.4419 _ <.0001 0.2104 <.0001 <.0001 <.0001 <.0001 <.0001 <.0001 <.0001Debt_to_asset <.0001 <.0001 <.0001 0.0012 0.0004 0.0227 <.0001 _ 0.1761 0.0006 0.6252 0.0534 0.3902 <.0001 <.0001 <.0001solv <.0001 0.0003 <.0001 0.8307 0.6467 0.9936 0.2104 0.1761 _ 0.0504 0.0209 0.0754 0.0348 0.1805 0.0001tobinsq 0.6482 0.5368 <.0001 0.7898 0.4273 <.0001 <.0001 0.0006 0.0504 _ 0.7512 0.3084 0.3513 0.0932 <.0001NI <.0001 <.0001 <.0001 0.4123 0.8791 0.7282 <.0001 0.6252 0.0209 0.7512 _ <.0001 <.0001 <.0001 <.0001OANCF <.0001 <.0001 0.0213 0.475 0.8627 0.9155 <.0001 0.0534 0.0754 0.3084 <.0001 _ <.0001 <.0001 <.0001CH <.0001 <.0001 0.2313 0.7217 0.6878 0.8813 <.0001 0.3902 0.0348 0.3513 <.0001 <.0001 _ <.0001 <.0001 <.0001REVT <.0001 <.0001 0.0044 0.4034 0.6785 0.8968 <.0001 <.0001 0.1805 0.0932 <.0001 <.0001 <.0001 _ <.0001 <.0001DVPD <.0001 <.0001 0.7693 0.3069 <.0001 <.0001 <.0001 <.0001 _ <.0001size <.0001 <.0001 <.0001 0.0029 <.0001 0.8795 <.0001 <.0001 0.0001 <.0001 <.0001 <.0001 <.0001 <.0001 <.0001 _
Table 3. This table presents OLS regression results for the sample period 1960-2016. In model 1 and 2 the dependent variable is Tobins Q. In model 2 a lagged version of CSR_rating is used to determine CSR_rating’s lagged effect.
Parameter Estimates Model 2
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 3.41744 0.03562 95.93 <.0001
Csr_rating 1 0.08892 0.00580 15.34 <.0001
lag1CSR 1 0.00388 0.00566 0.69 0.4925
rnd 1 -0.00008584 0.00007430 -1.16 0.2480
ad 1 0.12775 0.03090 4.13 <.0001 firm_age 1 -0.00862 0.00080093 -10.76 <.0001
roa 1 -2.92191 0.02725 -107.24 <.0001
mktbook 1 0.00010776 0.00004723 2.28 0.0225
size 1 -0.20012 0.00562 -35.61 <.0001
DVPD 0 0 . . .
CH 1 0.00001718 0.00000307 5.59 <.0001
Root MSE 2.18836 R-Square 0.2292 Adj R-Sq 0.2290
Parameter Estimates Model 1
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 3.48715 0.03861 90.32 <.0001 Csr_rating 1 0.09555 0.00369 25.90 <.0001
rnd 1 -0.00008590 0.00008248 -1.04 0.2977
ad 1 0.13069 0.03433 3.81 0.0001 firm_age 1 -0.00912 0.00086890 -10.50 <.0001
roa 1 -2.84497 0.02952 -96.36 <.0001
mktbook 1 0.00012289 0.00005248 2.34 0.0192
size 1 -0.20909 0.00615 -34.02 <.0001
DVPD 0 0 . . .
CH 1 0.00001839 0.00000341 5.40 <.0001
Root MSE 2.43165 .
R-Square 0.1931 Adj R-Sq 0.1930
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Table 4.
This table presents OLS regression results for the sample period 1960-2016. In model 1 and 2 the
dependent variable is REVT(revenue). In model 2 a lagged version of CSR_rating is used to
determine CSR_rating’s lagged effect.
Parameter Estimates Model 2
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -12615 217.13936 -58.10 <.0001
Csr_rating 1 685.48032 34.62235 19.80 <.0001
lag1CSR 1 -437.66553 33.76259 -12.96 <.0001
rnd 1 0.10992 0.46282 0.24 0.8123
ad 1 75.60353 192.41447 0.39 0.6944 firm_age 1 56.34040 4.82209 11.68 <.0001
roa 1 -1052.31850 160.93182 -6.54 <.0001
mktbook 1 -0.00931 0.29305 -0.03 0.9747
size 1 2172.71984 33.93992 64.02 <.0001
DVPD 0 0 . . .
CH 1 1.57885 0.01827 86.41 <.0001
Root MSE 1363 R-Square 0.2967 Adj R-Sq 0.2965
Parameter Estimates Model 1
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -12488 209.65967 -59.56 <.0001
Csr_rating 1 319.83572 19.82969 16.13 <.0001 rnd 1 0.08196 0.45759 0.18 0.8578 ad 1 70.19936 190.37562 0.37 0.7123 firm_age 1 65.45549 4.66178 14.04 <.0001 roa 1 -1100.87893 155.68976 -7.07 <.0001
mktbook 1 -0.00356 0.29001 -0.01 0.9902 size 1 2136.21765 33.06569 64.61 <.0001 DVPD 0 0 . . . CH 1 1.58090 0.01805 87.59 <.0001 Root MSE 13491 R-Square 0.2945 Adj R-Sq 0.2944
20
Table 5.
This table presents OLS regression results for the sample period 1960-2016. In model 1 and 2 the
dependent variable is SOLV(solvency measure). In model 2 a lagged version of CSR_rating is
used to determine CSR_rating’s lagged effect.
Parameter Estimates Model 1
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 19.34887 17.42129 1.11 0.2667 Csr_rating 1 5.11178 1.42980 3.58 0.0004 rnd 1 0.00204 0.02157 0.09 0.9247 ad 1 1.40060 9.83233 0.14 0.8867 firm_age 1 -0.31006 0.27614 -1.12 0.2615 roa 1 102.32534 11.69171 8.75 <.0001 mktbook 1 0.00004658 0.01358 0.00 0.9973 size 1 -1.31987 2.46157 -0.54 0.5918 DVPD 0 0 . . . CH 1 0.00139 0.00136 1.03 0.3051 Root MSE 630.84250 R-Square 0.0036 Adj R-Sq 0.0034
Parameter Estimates Model 2
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 18.53388 17.81241 1.04 0.2981 Csr_rating 1 6.22922 2.21437 2.81 0.0049 lag1CSR 1 -1.47468 2.21468 -0.67 0.5055 rnd 1 0.00258 0.02170 0.12 0.9055 ad 1 1.48913 9.89448 0.15 0.8804 firm_age 1 -0.33691 0.28212 -1.19 0.2324 roa 1 108.74644 12.36242 8.80 <.0001 mktbook 1 -0.00000250 0.01366 -0.00 0.9999
size 1 -1.20031 2.50605 -0.48 0.6320 DVPD 0 0 . . . CH 1 0.00142 0.00137 1.03 0.3008 Root MSE 634.70999 R-Square 0.0038 Adj R-Sq 0.0034
21
Table 6.
This table presents OLS regression results for the sample period 1960-2016. In model 1 and 2 the
dependent variable is OANCF(operating cash flow). In model 2 a lagged version of CSR_rating
is used to determine CSR_rating’s lagged effect. Parameter Estimates Model 1
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -1787.85302 52.24653 -34.22 <.0001
Csr_rating 1 66.54262 4.86737 13.67 <.0001
rnd 1 0.00762 0.09985 0.08 0.9391
ad 1 22.55975 41.55703 0.54 0.5872
firm_age 1 6.82122 1.03869 6.57 <.0001
roa 1 -130.60970 34.39530 -3.80 0.0001
mktbook 1 0.00243 0.06329 0.04 0.9694
size 1 297.24762 7.91772 37.54 <.0001
DVPD Cash Dividends Paid 0 0 . . .
CH Cash 1 0.28654 0.00396 72.29 <.0001
Root MSE 2943.72354 R-Square 0.1999 Adj R-Sq 0.1998
Parameter Estimates Model 2
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -1830.53682 53.87305 -33.98 <.0001
Csr_rating 1 94.52944 8.00381 11.81 <.0001
lag1CSR 1 -35.57132 7.92319 -4.49 <.0001 rnd 1 0.01021 0.10094 0.10 0.9194
ad 1 23.25908 41.98094 0.55 0.5796
firm_age 1 6.20187 1.07054 5.79 <.0001
roa 1 -127.23763 35.52832 -3.58 0.0003
mktbook 1 0.00198 0.06392 0.03 0.9753
size 1 303.93954 8.10919 37.48 <.0001
DVPD 0 0 . . . CH 1 0.28708 0.00401 71.55 <.0001
Root MSE 2973.03773 R-Square 0.2010 Adj R-Sq 0.2008
22
Table 7.
This table presents OLS regression results for the sample period 1960-2016. In model 1 and 2 the
dependent variable is DEBT_TO_ASSET (leverage). In model 2 a lagged version of CSR_rating
is used to determine CSR_rating’s lagged effect.
Parameter Estimates Model 1
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -0.05383 0.00328 -16.40 <.0001 Csr_rating 1 -0.01096 0.00031041 -35.31 <.0001 rnd 1 0.00001724 0.00000716 2.41 0.0161 ad 1 0.00213 0.00298 0.72 0.4744 firm_age 1 -0.00010564 0.00007297 -1.45 0.1477 roa 1 -0.07098 0.00244 -29.12 <.0001 mktbook 1 0.00001203 0.00000454 2.65 0.0080 size 1 0.02956 0.00051760 57.11 <.0001 DVPD 0 0 . . . CH 1 -0.00000303 2.825417E-7 -10.73 <.0001
Root MSE 0.21118 R-Square 0.0718 Adj R-Sq 0.0716
Parameter Estimates
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -0.04863 0.00335 -14.50 <.0001
Csr_rating 1 -0.00456 0.00053457 -8.53 <.0001 lag1CSR 1 -0.00769 0.00052130 -14.74 <.0001
rnd 1 0.00001867 0.00000715 2.61 0.0090 ad 1 0.00246 0.00297 0.83 0.4068 firm_age 1 -0.00028253 0.00007445 -3.79 0.0001
roa 1 -0.06030 0.00248 -24.27 <.0001
mktbook 1 0.00001213 0.00000452 2.68 0.0073 size 1 0.02925 0.00052404 55.81 <.0001 DVPD 0 0 . . . CH 1 -0.00000287 2.821283E-7 -10.17 <.0001
Root MSE 0.21047 R-Square 0.0718 Adj R-Sq 0.0716
23
Table 8.
This table presents OLS regression results for the sample period 1960-2016. In model 1 and 2 the
dependent variable is NI (net income). In model 2 a lagged version of CSR_rating is used to
determine CSR_rating’s lagged effect.
Parameter Estimates Model 1
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -827.41195 25.06503 -33.01 <.0001
Csr_rating 1 38.99751 2.37066 16.45 <.0001 rnd 1 0.00694 0.05471 0.13 0.8990 ad 1 11.94375 22.75960 0.52 0.5997 firm_age 1 3.77264 0.55732 6.77 <.0001 roa 1 109.22691 18.61287 5.87 <.0001 mktbook 1 0.00864 0.03467 0.25 0.8033 size 1 138.73108 3.95304 35.09 <.0001 DVPD 0 0 . . . CH 1 0.12803 0.00216 59.33 <.0001 Root MSE 1612.83488 R-Square 0.1466 Adj R-Sq 0.1465
Parameter Estimates
Variable Label DF Parameter
Estimate Standard
Error t Value Pr > |t| Intercept Intercept 1 -843.53780 25.99996 -32.44 <.0001
Csr_rating 1 50.38043 4.14563 12.15 <.0001
lag1CSR 1 -13.06717 4.04268 -3.23 0.0012
rnd 1 0.00804 0.05542 0.15 0.8846
ad 1 12.35317 23.03944 0.54 0.5918
firm_age 1 3.53431 0.57739 6.12 <.0001
roa 1 115.66242 19.26975 6.00 <.0001
mktbook 1 0.00843 0.03509 0.24 0.8102
size 1 141.31321 4.06392 34.77 <.0001
DVPD 0 0 . . .
CH 1 0.12766 0.00219 58.35 <.0001
Root MSE 1632.23442 R-Square 0.1470 Adj R-Sq 0.1468
24
Appendix 1: Variable Definitions and measures
Variable Definition
CSR
CSR_Rating KLD scores (total strengths minus total concerns) aggregated across the
categories of community, diversity, employee relations, environment, human
rights, and product.
Lag1CSR CSR_Rating, lagged one time period.
Firm Performance
TobinsQ The market value of equity plus the book value of assets minus the sum of book
value of common equity and deferred taxes, all divided by the book value of
assets.
Debt_to_asset A leverage ratio: Total debt divided by total assets
Solv A measure of solvency: Net income plus depreciation divided by total debt
OANCF Operating cash flow
NI Firm’s net income after extraordinary items
Revt Firm’s total revenue resulting from all segments
Firm Characteristics
RND R&D intensity: Total research and development expenses divided by total
revenue.
AD Advertising intensity: Total advertising expense divided by total revenue
Firm _age Firm’s age since its IPO
ROA Return on assets: Net income before extraordinary items and discontinued
operations divided by total assets.
Mktbook Market value of equity divided by the book value of equity
Size Log of total assets
DVPD Total dividends paid
CH Total cash
25
Appendix 2: Code
*Create a library where these files will reside;
LIBNAME paper 'H:\Documents\My SAS Files\';
data variables;
set paper.Control_variables;
run;
*create control variables;
*ROA;
*RND
*ad intensity
*market to book
size
firm age;
data variables;
set variables;
if DVPD=. then DVPD=0;
if xad=. then xad=0;
if xrd=. then xrd=0;
if DT=. then DT=0;
if fyear="#N/A" then delete;
if CONM="#N/A" then delete;
roa= IBC/AT;
rnd=xrd/revt;
ad=xad/revt;
mktbook=csho*PRCC_C/CEQ;
size=log(AT);
year=year(datadate);
26
Debt_to_asset=DT/AT;
solv=NI/DT;
tobinsq=((csho*PRCC_C)+AT-TXDB-CEQ)/AT;
run;
*getting company age;
*getting the first year of the company;
*sort data by year;
proc sort data=variables; by CUSIP year;
run;
data agetemp;
set variables;
if first.CUSIP;
by cusip;
first_year=year;
drop year;
run;
*sort data by cusip;
proc sort data=variables; by cusip; run;
*merge temp and temp 2 and create a variable firm age;
27
data merged;
merge variables agetemp;
by cusip;
firm_age =(year) - (first_year);
run;
*delete duplicate data;
proc sort data=merged nodup;
by CUSIP year;
run;
data merged;
set merged;
if TIC = ' ' then delete;
run;
*getting CSR stuff;
*merging the CSR data table with the Link table by TICKER;
data csr;
set paper.csr2;
TIC=Ticker;
drop Ticker;
if Tic="#N/A" then delete;
if Tic=" " then delete;
run;
proc sort data=csr; by TIC year; run;
28
data link;
set paper.linktable;
year=year(DATADATE);
run;
proc sort data=link; by TIC year; run;
data merge1;
merge link csr;
by Tic year;
run;
*generating the CSR rating variable and droping observations which do not have a csr rating;
data merge1;
set merge1;
Csr_rating = ( com_str_num- com_con_num)+( div_str_num- div_con_num)+( emp_str_num-
emp_con_num)+( env_str_num- env_con_num)+( hum_str_num-
hum_con_num)+( pro_str_num- pro_con_num);
if CSR_rating;
run;
proc sort data=merged; by TIC; run;
proc sort data=merge1; by TIC; run;
data final;
merge merged merge1;
by tic;
run;
proc sort data=final; by TIC year;run;
29
data final;
set final;
if CSR_rating =' ' then delete;
mktbook=csho*PRCC_C/CEQ;
if firm_age=. then delete;
if size=. then delete;
if fyear="#N/A" then delete;
if CONM="#N/A" then delete;
lagCSR=lag(CSR_rating);
difyear = dif(year);
if difyear =1 then lag1CSR=lagCSR;
if difyear= 0 then lag1csr=lagCSR;
drop difyear;
drop lagCSR;
run;
data final2;
set final;
if lag1csr="#N/A" then delete;
run;
*regressions;
proc reg data=final;
model tobinsq = csr_rating RND
AD
Firm_age
ROA
30
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model revt = csr_rating
RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model solv = csr_rating
RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model oancf = csr_rating RND
AD
31
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model debt_to_asset = csr_rating RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model ni = csr_rating RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
32
*regressions;
proc reg data=final;
model tobinsq = csr_rating lag1csr
RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
33
CH;
run;
proc reg data=final;
model revt = csr_rating lag1csr
RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model solv = csr_rating lag1csr
RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model oancf = csr_rating lag1csr
RND
AD
Firm_age
ROA
34
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model debt_to_asset = csr_rating lag1csr RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
proc reg data=final;
model ni = csr_rating lag1csr RND
AD
Firm_age
ROA
Mktbook
Size
DVPD
CH;
run;
35
ods listing close;
proc corr data=final;
var csr_rating lag1csr roa rnd ad mktbook firm_age debt_to_asset solv tobinsq NI
oancf ch revt DVPD size;
ods output PearsonCorr=Corroutp1;
run;
proc means data=final n median mean std min max;
var csr_rating lag1csr roa rnd ad mktbook size firm_age debt_to_asset solv tobinsq NI oancf ch
revt DVPD year ;
ods output summary=stats;
run;
36