a test of life cycle of dividend and effect of financial
TRANSCRIPT
A TEST OF LIFE CYCLE OF DIVIDEND
AND EFFECT OF FINANCIAL CRISIS:
EVIDENCE FROM THAILAND
BY
MISS CHALITA NATIMAKUL
AN INDEPENDENT STUDY SUBMITTED IN PARTIAL
FULFILLMENT OF THE REQUIREMENTS FOR
THE DEGREE OF MASTER OF SCIENCE
PROGRAM IN FINANCE (INTERNATIONAL PROGRAM)
FACULTY OF COMMERCE AND ACCOUNTANCY
THAMMASAT UNIVERSITY
ACADEMIC YEAR 2017
COPYRIGHT OF THAMMASAT UNIVERSITY
Ref. code: 25605902042166KHT
A TEST OF LIFE CYCLE OF DIVIDEND
AND EFFECT OF FINANCIAL CRISIS:
EVIDENCE FROM THAILAND
BY
MISS CHALITA NATIMAKUL
AN INDEPENDENT STUDY SUBMITTED IN PARTIAL
FULFILLMENT OF THE REQUIREMENTS FOR
THE DEGREE OF MASTER OF SCIENCE
PROGRAM IN FINANCE (INTERNATIONAL PROGRAM)
FACULTY OF COMMERCE AND ACCOUNTANCY
THAMMASAT UNIVERSITY
ACADEMIC YEAR 2017
COPYRIGHT OF THAMMASAT UNIVERSITY
Ref. code: 25605902042166KHT
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Independent study title A TEST OF LIFE CYCLE OF DIVIDEND AND
EFFECT OF FINANCIAL CRISIS: EVIDENCE
FROM THAILAND
Author Miss Chalita Natimakul
Degree Master of Science (Finance)
Major field/Faculty/University Master of Science Program in Finance
(International Program)
Faculty of Commerce and Accountancy
Thammasat University
Independent study advisor Associate Professor Seksak Jumreornvong, Ph.D.
Academic year 2017
ABSTRACT
This research study life cycle relationship with dividend payout policy in
Thailand. This study cover period between 1997 to 2017. This result evidence that
life cycle proxy as retained earnings/ total equity show positive significant between
life cycle and probability of dividend payout. Mature and old firm driven probability to
pay rather than young firm. In addition, this study finding that probability to pay
dividend is negatively affected by impact of Asian financial crisis but it not appears
significantly effect on impact of Global financial crisis in Thailand. After the financial
crisis, life cycle determinant of Asian financial crisis is changed while life cycle
determinant of Global financial crisis is not changed to determined dividend policy.
Keywords: Life cycle theory, Dividend Policy, Logit Model, Financial crisis
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ACKNOWLEDGEMENTS
I would like to express my very great appreciation to my main supervisor
Associate Professor Seksak Jumreornvong, Ph.D. for his suggestions during my research
development. He is generously given his valuable time with willingness.
My grateful thanks to all MIF professors for patient guidance about useful knowledge
that helping complete this research. I would like to thanks academic staff in MIF
department for helping and providing any accommodations. I wish to thanks my friends
my colleague and also my boss that valuable support me to achieve this research.
Finally, I would like to special thanks to my family that always encourage me
throughout my study.
Miss Chalita Natimakul
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TABLE OF CONTENTS
Page
ABSTRACT (1)
ACKNOWLEDGEMENTS (2)
LIST OF TABLES (5)
LIST OF ABBREVIATIONS (6)
CHAPTER 1 INTRODUCTION 1
1.1 Introduction 1
CHAPTER 2 REVIEW OF LITERATURE 3
2.1 Dividend policy 3
2.2 Dividend policy and life cycle 3
2.3 Contribution 4
CHAPTER 3 THEORETICAL FRAMEWORK 5
3.1 Agency theory 5
3.2 Life cycle theory 5
3.3 Other relevance theories 5
3.3.1 Signaling theory 5
3.3.2 Dividend smoothing theory 6
3.4 Hypothesis 6
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CHAPTER 4 RESEARCH METHODOLOGY 7
4.1 Data 7
4.2 Methodology 7
4.3 Regression model 10
CHAPTER 5 RESULT 12
5.1 Sample statistic 12
5.2 Empirical results 16
CHAPTER 6 CONCLUSION 25
REFERENCES 26
BIOGRAPHY 29
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LIST OF TABLES
Tables Page
5.1 This table represent yearly proportion of dividend paid from total 12
observation in 1997-2017.
5.2 This table represent sub period of relationship between lifecycle stage 13
and proportion of dividend paid.
5.3 This table represent descriptive statistic of life cycle variable and other 14
control variables.
5.4 This table reports Pearson correlation coefficients of variables. 15
5.5 This table reports the logistic regression model to analyse decision 16
to pay dividend by testing all firm in 1997-2017.
5.6 This table reports the logistic regression model to analyse decision 18
to pay dividend by testing all firm in 1997-2017 in each life cycle stage.
5.7 This table reports the logistic regression model to analyse decision 20
to pay dividend by testing firm by separate into two period.
5.8 This table reports the logistic regression model to analyse decision 22
to pay dividend by testing firm by separate into two period
in each life cycle stage.
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LIST OF ABBREVIATIONS
Symbols/Abbreviations Terms
RETE Retained earnings to total equity
ROA Return on asset
SGR Sales Growth Ratio
LNTA Logarithm of total asset
CATA Cash balance or cash holding
ROAL1 Lagged return on asset
TETA Total equity to total asset
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CHAPTER 1
INTRODUCTION
1.1 Introduction
The Dividend policy is the top- list and active decision of corporate financial
policies for manager ( Lintner , 1956) Manager have to decide whether to distribute
profit to shareholder or retained earnings to future usage as investment decision in other
words to maintain sufficient cash to match their company needs. Both choices between
financing dividend policy to shareholder and retained earnings have to base on an
objective of maximizing shareholder wealth. According to shareholder will value stable
dividend payment stock rather than fluctuation then if management decide to change
dividend policy It will effect in stock valuation. This is the reason why dividend policy
is one of the key focus of management.
( Grullon & Michaely, 2002; DeAngelo, et al. , 2006; Faff, et al. , 2016) Many
previous study research investigates choices of firm dividend policy decision are follow
their corporate lifecycle. ( Miller & Friesen, 1984) Previous study characterized life
cycle stage by structure strategies and decision making. The life cycle stage of company
will have difference strategy of corporate dividend policy. Mature firm tend to pay
dividend rather than young firm according to young firm have low profitability and
retained earnings is important for finance their investment project.
( Gao & Alas, 2010) Some study summarized life cycle stage can be shifted by
strategy, structure, and situation. (Dickinson, 2011)the company might also face impact
from internal and external situation which life cycle of firm might shifted from phases
to difference phases according to those impact. Through company lifecycle, Manager
might be changed choice on dividend payment or corporate decision.
Some research studies have different aspects about company decision that
impact when company meet financial crisis. ( Lins, et al. , 2013) during the financial
crisis, Firm control by family owner mostly decide to cut dividend and use their
resource more appropriate than non- crisis situation. ( Nguyen & Tran, 2016) The
research find impact from global financial crisis. Firm will restructure by change their
dividend policy to balance their capital and cash flow in hand without consider life
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cycle. (Sun & Wang, 2015)In financial crisis period, firm decide to retained higher cash
due to external finance are too costly than internal finance effecting from crisis.
( Hauser, 2013) also supported that financial crisis external fund are limited firm need
to reserve their cash to support their company to survive recession. (DeAngelo, et al. ,
2006) when firm meet financial distressed large firm tend to action faster than smaller
firm by massive dividend reduction. ( Bliss, et al. , 2015) Due to financial crisis cause
dividend payout reduction to reserve as their financing source of fund. These could
result the difference in decision of dividend payout policy changing during and impact
dividend decision after crisis.
In the past decade, Thailand have to deal with two biggest external shock which
are financial crises from Asian financial crisis to Global financial crisis. This research
focus on 2 different fundamental of external factor crisis comprise of Asian financial
crisis and Global financial crisis in a decade dividend policy strategy. First mentioned
crisis is Asian financial crisis which start from Thailand and expand the survivor to the
region while Global financial crisis starts from outside of the region and spread effect
to Thailand. Both crisis show that the impact of the Global financial crisis was much
less severe compared to the Asian financial crisis.
Therefore, this study would like to test the theory of dividend life cycle in
Thailand and whether Asian financial crisis and Global financial crisis have
significantly effect on dividend policy including impact from financial crisis whether
life cycle can explain dividend payout policy after crisis.
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CHAPTER 2
REVIEW OF LITERATURE
2.1 Dividend policy
The author found that studies of dividend are interested for many researchers
which are providing many evidences. (Modigliani & Miller, 1961) developed dividend
irrelevance proposition, the dividend payout not related with firm value.
In reality, firm meet transaction cost taxes and have to deal with the dividend
puzzle (Black, 1976). According that many previous literature examines whether firms
pay or not pay dividend and also conducted on the relationship between dividend policy
and factor determine dividend policy ( Denis & Osobov, 2008; Thanatawee, 2011;
Kouser, et al. , 2015) The dividend policy research developed and explained by many
theory including signaling theory, dividend smoothing and recent theory dividend life
cycle to show and explain characteristic and reason to pay or not to pay dividend payout.
2.2 Dividend policy and life cycle
A lot of research has also been conducted on topic of life cycle theory.
( Miller & Friesen, 1984) summarized the stage of life cycle stated that company face
experience and evolve various corporate decision through difference stage. The stage
of life cycle can be classified by strategy, structure, and situation. ( Miller & Friesen,
1984) suggests five stage of life cycle including birth growth mature revival decline.
However, ( Owen & Yawson, 2010) adjusted from previous life cycle suggestion into
three stage as young mature old.
Some researchers examine key life cycle determinants to explain decision to
pay dividend on different stage. ( Fama & French, 2001; Grullon & Michaely, 2002;
DeAngelo, et al. , 2006; Denis & Osobov, 2008) study three major characteristics
consisting of profitability, investment opportunities, size. The more profitability firm
the more possibility to pay dividend. Similarly, low investment firm tend to pay
dividend. ( DeAngelo, et al. , 2006) suggest retained earing/ total equity ratio. This
research summarizes positive relationship between earning to contribute capital mixed.
Mature firms that have high retained earnings/contributed ratio are expected to pay.
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A recent study ( Kouser, et al. , 2015; Attig, et al. , 2016; Major & Angback,
2017) extend dividend life cycle by finding relationship with life cycle and dividend
policy explaining relationship with global crisis. Due to severe of financing crisis might
stag business effect cash holding that would have expected to change dividend policy
follow their stage of life cycle firm. Company will be shifted life cycle to difference
stage but the result of previous research of dividend policy changing vary between
country.
2.3 Contribution
Mostly research in emerging market including Thailand ( Oonpipat, 2009;
Thanatawee, 2011) focus only dividend life cycle determinant without linkage with
financial crisis situation. this research will contribute by extend longer period test of
dividend life cycle in Thailand and examine relationship between life cycle dividend
policy and financial crisis situation.
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CHAPTER 3
THEORETICAL FRAMEWORK
3.1 Agency theory
This study involves mainly with dividend life cycle theory. Dividend life cycle
is the theory based on agency theory. ( Jensen & Meckling, 1976; Jensen, 1986)
developed Agency problem that explain the act of agent will do as their best interest
which cause conflicts of interest between manager and shareholder. Manager decision
might not decide on basis of maximize shareholder including the dividend policy
decision for example Manager might decide to investing in negative net present value
of project or use of their own benefit etc. ( Thanatawee, 2011) To reduce this agency
problem, Company can use dividend payment as a tool to decrease free cash flow of
company then manager will hold cash flow less to manage.
3.2 Life cycle theory
However, Company should concern on their stage that match with cash flow
internal usage before distribute as dividend payout ( Mueller , 1972) established Life
cycle theory to determine the characteristics and stage of firm dividend policy. Younger
firm have low cash flow and need more investment opportunities then this young firm
likely to pay dividend less than mature firm. Manager might not want company to grow
as mature stage cause agency theory suggest that manager expected to control power
and shareholder might get less dividend. The factor that represent the stage of life cycle
for this research is retained earnings to total equity. This ratio measures the stage of
firm such as mature firm tend to have higher retained earning rather than younger firm
then this ratio expected to be high level and also imply propensity to pay dividend.
3.3 Other relevance theories
3.3.1 Signaling theory
Adverse selection problem ( Akerlof , 1970) specified the term adverse
selection which means buyer and seller not have the same level of information. (Myers
& Majluf, 1984) further suggest that information receiveing between internal and
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external of firm are not equal. The result shown that managers gain information more
than shareholders that would be cause an agency problem due to unclear objective.
Therefore, when firm change dividend policy stock price will react from receiving
information. According to dividend payout give a future prospect of firm profitability
and view of cash flow that company retained for investment.
3.3.2 Dividend smoothing theory
( Lintner , 1956) Investor prefer to give higher value to stable dividend
payment firm. The value of stock will change if manager decide to cut or decrease
dividend per share as the relation with dividend signaling theory.
3.4 Hypothesis
From previous study and theory concept, this study objective would like to find
dividend lifecycle and financial crisis impact on dividend policy we can set criteria
hypothesis to find relationship as follows;
Hypothesis I
H0: The dividend policy determinant is not consistent with theory of life cycle.
H1: The dividend policy determinant is consistent with theory of life cycle.
Hypothesis II
H0: The dividend policy is not effected by financial crisis
H1: The dividend policy is effected by financial crisis
Hypothesis III
H0: According to the financial crisis the life cycle theory factors relationship to
dividend payout policy did not change after financial crisis.
H1: According to the financial crisis, the life cycle theory factors relationship
to dividend payout policy changed after financial crisis.
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CHAPTER 4
RESEARCH METHODOLOGY
4.1 Data
The author selected sample of company listed in Stock Exchange of Thailand
( SET) using data between period to 1997- 2017. This research examines 7,345 firm-
year observation corresponding 590 firms to test hypothesis. ( Henk & Megginson,
2008) Firm in the sample are listed and delisted to avoid survivorship bias. (DeAngelo,
et al. , 2006) The sample of firm must have non- missing value that used to calculated
and used as independent variable.
In this study, Financial firm are excluded from the sample according to financial
firm have regulated to control capital reserve more strictly and higher leverage which
are not comparable to other industries.
In addition, I also excluded data containing negative total equity. The reason
why omitted negative total equity is that sample with negative Total Equity tend to have
negative retained earning which will cause RETE turn positive ( denominator and
nominator are negative turns positive ratios) ( DeAngelo, et al. , 2006) The higher
positive RETE imply that company have high probability to pay dividend. It cannot be
the case of positive number that derive from data with either negative retained earnings
and total equity.
4.2 Methodology
The author examine that our approach is to developed logistic regression to
analyze main research hypothesis. This analysis will test secondary data in SAS to find
whether the result of dependent variable would be zero or one. According to the result
is non-linear OLS model should not applied to estimate. The model estimation is based
on previous research (DeAngelo, et al., 2006)and also extend variable to explain effect
of external factor which is financial crisis follow research of ( Kouser, et al. , 2015;
Major & Angback, 2017) The function of logit model is cumulative distribution as
follow
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From the formula, the observation Y is dependent variable dividend payout.
If Y equal to 1 company decide to pay while Y equal to zero company decide not to
pay. Z is index function that consists of independent variable, control variable and
interaction variable as follows
( DeAngelo, et al. , 2006; Kouser, et al. , 2015) The list of variables is choosing
for test hypothesis represents as following
Retained earnings to total equity are used as proxy of life cycle dividend
determinant.
( Owen & Yawson, 2010) suggest to considered stage of life cycle by separate
into 3 stages consist of old mature and young to test relationship. Old firm are in top 25
percentile of highest retained to earnings ratio. Young firm are in 25 percentiles from
bottom. Mature firm are in between. These variables are dummy variable coded as
Profitability measure by return on asset
Growth or Investment opportunity measure by sale growth rate
Size of company represent by
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Cash holding
Profitability lagged one year used as proxy for dividend signaling from
previous profitability given the firm increase high ratio of RETE
Total equity to total asset is control variable due to this variable might
effect to independent variable RETE
Lagged dividend payout is representing dividend smoothing theory to
explain that if previous year company paid dividend the dummy variable will turn to 1
otherwise zero
Crisis Determinants
The research hypothesis would like to find the effect of financial crises
for Asian financial crisis in 1997-1998 which represent by dummy variable D9798, and
Global financial crisis represent by subgroup in crisis year 2008-2009 using dummy
variable D0809. If dummy variable equal to 1 this represent the year that crisis exist
otherwise zero.
Interaction Variable
This time dummy variable ratio used as interaction term between other
variable to test dividend lifecycle impact after Asian financial crisis and Global
financial crisis.
After Asian financial crisis are in 1999- 2007 period while after Global
financial crisis is in period 2010- 2017 ( Tran, et al. , 2017) test dividend policy and
πΆπ΄/ππ΄ =πΆππ β
πππ‘ππ π΄π π ππ‘
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shareholder credit rights by how effect shareholder right that impact from global crisis.
Dummy variable of post- crisis are also used and stated interpretation that if dummy
variable is significant dividend policy will change between two periods. If the effect of
life cycle determinant on dividend policy are identical for both period, coefficient of
interactive term should be insignificant.
4.3 Regression Model
The following logistic regression models are explaining and answering
hypothesizes of study. model 1 and model 2 are test whether dividend policy
determinant is consistent with theory of life cycle.
Model 1
Model 2
To explore the effect of financial crisis to dividend policy, this research add
dummy variable represent D9798 Asian financial crisis ( Tom yum kung crisis) and
D0809 Global financial crisis ( Hamburger crisis) which are represent 2 crises adding
in model 3.
Model 3
π·π΄πΉππΈπ _πππΎ = 1 πππ‘ππ π΄π πππ πΉππππππππ πΆπππ ππ
π·π΄πΉππΈπ _π»π΅πΊ = 1 πππ‘ππ πΊπππππ πΉππππππππ πΆπππ ππ
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In addition, to answer third hypothesis that after facing Asian financial crisis
the life cycle theory relationship to dividend payout did change or not. The following
model will be separated into two period of time. Model 4 test Asian financial crisis
period in 1997-2007 and model 5 test Global financial crisis period in 2008-2017.
Model 4 (Asian financial crisis)
Model 5 (Global financial crisis)
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CHAPTER 5
RESULTS
5.1 Sample Statistic
Table 5.1 This table represent yearly proportion of dividend paid from total observation
in 1997-2017
Year
# of
dividend
paid
Total
Observation
% of firm
Dividend
paid
1997 18 22 81.82%
1998 15 54 27.78%
1999 77 206 37.38%
2000 97 230 42.17%
2001 131 246 53.25%
2002 148 258 57.36%
2003 186 288 64.58%
2004 224 326 68.71%
2005 266 379 70.19%
2006 275 393 69.98%
2007 274 393 69.72%
2008 289 399 72.43%
2009 286 410 69.76%
2010 310 417 74.34%
2011 334 428 78.04%
2012 346 436 79.36%
2013 364 457 79.65%
2014 378 483 78.26%
2015 394 506 77.87%
2016 405 512 79.10%
2017 388 502 77.29%
Total 5,205 7,345 70.86%
NOTE: This data is from Thomson Reuters Eikon Database.This sample is included non-financial listed
firms in SET from period 1997-2017 exclduing missing data. Inaddition, year 2017, total observation of
company decrease according to property fund have merge and turn to REIT including some firms are not
provided annual report due to their financial problem (availability as of May 7,2018).
From table 5. 1, The statistic reports percentage of dividend paid at 70. 86%.
Distribution of dividend sorted ascending since the beginning of year 1998
(Asian financial crisis) but in year 2009 (Global financial crisis) show lower dividend
payment then later year become gradually increasing.
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Table 5.2 This table represent sub period of relationship between lifecycle stage and
proportion of dividend paid.
Earned equity as a fraction Earned equity as a fraction
of Total Equity (RE/TE) of Total Assets (RE/TA)
Young Mature Old Young Mature Old Total
Panel A : Total Period 1997-2017
Total
period
Period
1997-2017
No. Pay 463 3013 1729 417 3044 1744 5205
% of Pay 25% 83% 95% 23% 83% 95%
Total Firm 1874 3648 1823 1837 3672 1836 7345
Panel B : Asian financial crisis
During
crisis
Period
1997-1998
No. Pay 16 14 3 18 11 4 33
% of Pay 33% 58% 100% 35% 58% 80%
Total Firm 49 24 3 52 19 5 76
After
crisis
Period
1999-2007
No. Pay 92 1102 484 98 1007 573 1678
% of Pay 11% 80% 92% 12% 78% 94%
Total Firm 805 1386 528 819 1290 610 2719
Panel C: Global financial crisis
During
crisis
Period
2008-2009
No. Pay 40 334 201 38 336 201 575
% of Pay 22% 80% 94% 21% 81% 93%
Total Firm 178 418 213 177 416 216 809
After
crisis
Period
2010-2017
No. Pay 315 1563 1041 263 1690 966 2919
% of Pay 37% 86% 96% 33% 87% 96%
Total Firm 842 1820 1079 789 1947 1005 3741
NOTE: This data is from Thomson Reuters Eikon Database.This sample is included non-financial listed
firms in SET from period 1997-2017 exclduing missing data. Life cycle stages including young mature
old are ranked by retained earning to capital mixed. This ratio of dividend payer shown in each sub
period.
This table 5. 2 present relationship between lifecycle stage and proportion of
payer ranging by earned to capital mixed comparing in difference sub period. Life cycle
stage in this study consist of young mature and old which are distinct stages by earned
to capital mixed. Proportion of payer gradually increase related to life cycle stage.
Mature and old firm have high proportion of dividend payer in every period.
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Table 5. 3 This table represent descriptive statistic life cycle variable and other contol
variables
NOTE: This data is from Thomson Reuters Eikon Database.This sample is included non-financial listed
firms in SET from period 1997-2017 exclduing missing data. This mean and median of each variable
shown different between dividend payers and non-dividend payers.
In Table 5.3 described value of mean and median of sample with total investigated
period and sub-period. The main variable of interest is RETE showing in panel A have
higher mean and median of dividend payer firm through every period.
In panel B shows other control variable including profitability (ROA) and size
of company ( Lnasset) previous year profitability ( ROAL1) total equity to total asset
(TETA) and cash balance (CATA) which median or mean of dividend payer also higher
than non- dividend payer. Meaning that higher statistics are predicted high probability
to pay dividend.
SGR which represent as investment opportunities value of mean of SGR of
non-dividend payer is follow higher than dividend payer whereas during crisis median
of dividend payer higher than non-dividend payer which contrary to expectation.
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Table 5.4 This table reports Pearson correlation coefficients of variables.
RETE RETA AGE ROA SGR LNASSET ROAL1 TETA CATA DIVDUM
RETE 1
RETA 0.06302 1
AGE 0.00063 0.0538 1
ROA 0.02025 0.01457 -0.02495 1
SGR 0.00053 -0.00986 -0.00499 0.00122 1
LNASSET 0.0025 0.14296 -0.00921 -0.00629 0.00311 1
ROAL1 0.0098 0.07236 -0.01273 0.02803 -0.00507 0.01437 1
TETA 0.07704 0.28351 0.00356 0.10703 -0.01816 -0.29639 0.05912 1
CATA 0.02065 0.11942 -0.01134 0.1033 -0.00969 -0.1138 0.0421 0.34645 1
DIVDUM 0.05267 0.41122 -0.05539 0.09884 -0.03726 0.15688 0.04537 0.26658 0.09604 1
NOTE: Pearson Correlation Coefficients, N = 6,874
The result in table 5.4 is report correlation metric between variable. The statistic
numbers above have no high correlation between any variables.
According to ( DeAngelo, et al. , 2010) used AGE as a proxy to test life cycle
with seasoned equity offering then this table show correlation of age with other variable
to see relationship. ( Faff, et al. , 2016) Some researchers argue that AGE is not good
proxy to classified life cycle of company according to maturity cannot be proof by age
of company including age in this study represent listed year of company not an actual
operating year. Moreover, relationship in correlation are opposite from expected
such as longer listed firm have negative relationship with profitability. Therefore, this
research is focus on retained earnings to total equity as lifecycle proxy.
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5.2 Empirical Results
Table 5.5 This table reports the logistic regression model to analyse decision to pay
dividend by testing all firm in 1997-2017.
(1) βProb (2) βProb (3) βProb
rete 2.6848*** 0.3641 1.4546*** 0.0010 1.4051*** 0.0010
(0.0906) (0.0902) (0.0903)
roa 0.0299*** -0.0005 0.0176*** 0.0005 0.0171*** 0.0005
(0.00221) (0.00175) (0.00173)
sgr -0.0036 0.0190 0.0019 0.0281 0.0018 0.0291
(0.00369) (0.00358) (0.00358)
lnasset 0.1399*** 0.3641 0.1728*** 0.0001 0.1828*** 0.0001
(0.0231) (0.03) (0.0303)
roal1 0.0009 0.0002 0.0009 0.0002
(0.000956) (0.000918)
teta 1.2844*** 0.2756 1.2181*** 0.2608
(0.199) (0.2)
cata 0.2103 -0.0026 0.2516 0.0033
(0.3409) (0.3415)
divdum 2.756*** 0.6076 2.7978*** 0.6106
(0.0778) (0.0789)
d9798 -1.3296*** -0.3002
(0.3189)
d0809 -0.1289 -0.0096
(0.1209)
Intercept -2.6839*** -5.4418*** -5.6058***
(0.5079) (0.707) (0.7125)
observation 7,345 7,345 7,345
cox-snell r2 0.3001 0.4339 0.4352
psuedo r2 0.2957 0.4716 0.4735
Wald 1024.0045*** 2027.8266*** 2038.4321***
Note: The model is composed of model 1 to model 3. The dependent variable is equal to 1 if dividend is
likely to pay. The result shown number of coefficient and level of significant are reported as follows
0.1(*) ,0.05(**) ,0.01(***) including standard error are shown in parenthesis. βProb is shown marginal
effect.
In logistic regression of model 1 presented in table 5. 5 shown that the main
focus of life cycle variable represents by RETE is significant. This show empirical
result that higher retained earning company would have high probability to pay.
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High ROA, represents profitability, and larger size of company are positive
related with dividend decision. In contrast for SGR variable is not significant which is
not consistent with ( DeAngelo, et al. , 2006) but if compare the result with previous
research in Thailand ( Oonpipat, 2009) and Pakistan ( Kouser, et al. , 2015) found
similarly insignificant. It can be explained not to be applicable as ( Mueller , 1972)
suggest that young firm expected to be reinvest more until company mature will lower
their investment and likely to pay dividend.
The result in model 2 show that the major focus variable which is RETE still
significant. profitability and size variable also confirmed significant. SGR presented
insignificant result matching with model 1.
In model 2 is also included control variables suggested by ( DeAngelo, et al. ,
2006) including previous year profitability, lagged dividend, cash balance, total equity
to total asset. (Lintner , 1956; DeAngelo, et al., 2006)Lagged dividend (Divdum) show
that firm with last year recored dividend payment still continue to pay dividend this
year. TETA is also present positive impact the probability to pay divided. ROAL1 is
not significant which inconsistent with (DeAngelo, et al., 2006)arguing that this factor
is strongly determined probability to pay dividend. CATA is insignificant.
Therefore, significant life cycle variable can be concluded that we can reject
null hypothesis. While SGR ROAL1 and CATA are not determined propensity to pay
dividend in Thailand.
In model 3 ( DeAngelo, et al. , 2006; Kouser, et al. , 2015; Bliss, et al. , 2015;
Major & Angback, 2017) test whether time dummy variables that we included for
finding relationship with financial crisis and dividend payout policy. dummy variable
D9798 have significant relationship whereas D0809 result shown insignificant.
This means that Asian financial crisis negatively affected dividend policy and dividend
policy may have changed. On the other hand, Global financial crisis did not affect
decision of dividend policy of Thai firms. The reason why Global financial crisis is not
effect is that this study is not included financial secture in sample and the real cause of
credit financial crisis in 2008 came from financial sector in United Stage thus it might
be a reason why credit crisis in 2008 is effect more on developed country that have
connection with financial institution sector in United Stage than Thailand.
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Table 5.6 This table reports the logistic regression model to analyse decision to pay
dividend by testing all firm in 1997-2017 in each life cycle stage.
Panel A: Model 1 (1) βProb (1) βProb (1) βProb
rete_old 1.9868*** 0.3461
(0.1105) rete_mature 1.0086*** 0.1766
(0.0576) rete_young -2.8911*** -0.3834
(0.0738)
roa 0.0562*** -0.0008 0.0623*** -0.0010 0.00612 -0.0004
(0.00331) (0.00337) (0.00297)
sgr -0.0048 0.0270 -0.00598 0.0396 -0.00265 0.0239
(0.00406) (0.00404) (0.00388)
lnasset 0.1549*** 0.3461 0.2263*** 0.1766 0.1804*** -0.3834
(0.0201) (0.0199) (0.0226)
Intercept -3.0422*** -4.8092*** -2.1853***
(0.4417) (0.4399) (0.4975)
observation 7345 7345 7345
cox-snell r2 0.1608 0.1403 0.2905
psuedo r2 0.1453 0.125249553 0.284364475
Wald 796.4641*** 858.8042*** 1963.3469***
Panel B: Model 2 (2) βProb (2) βProb (2) βProb
rete_old 1.337*** 0.0009
(0.1275) rete_mature 1.0173*** 0.0009
(0.0761) rete_young -2.1013*** 0.0005
(0.0844)
roa 0.0127*** 0.0005 0.0109*** 0.0005 0.00301*** 0.0005
(0.00349) (0.00354) (0.00116)
sgr 0.0029 0.0237 0.00249 0.0313 0.00314 0.0200
(0.00364) (0.00354) (0.00367)
lnasset 0.2196*** 0.0866 0.2809*** 0.1193 0.2274*** -0.3205
(0.0284) (0.0288) (0.0304)
roal1 0.00233* 0.0002 0.00245 0.0002 0.00101 0.0002
(0.00134) (0.00125) (0.00075)
teta 2.2476*** 0.2620 2.3533*** 0.2747 2.0634*** 0.2139
(0.1858) (0.1905) (0.192)
cata -0.1705 -0.0329 0.2314 0.0277 0.0361 -0.0318
(0.3323) (0.3332) (0.3504)
divdum 3.0588*** 0.5890 3.1753*** 0.5830 2.8003*** 0.4710
(0.0742) (0.0754) (0.0782)
Intercept -7.1181*** -8.9167*** -6.1922***
(0.6652) (0.6822) (0.7129)
observation 7345 7345 7345
cox-snell r2 0.4100 0.4143 0.4484
psuedo r2 0.4372 0.443280602 0.492989398
Wald 2264.0398*** 2275.2497*** 2174.093***
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Table 5.6 (Continued)
Panel C: Model 3 (3) βProb (3) βProb (3) βProb
rete_old 1.3064*** 0.0009
(0.1281) rete_mature 1.0089*** 0.0009
(0.0764) rete_young -2.0643*** 0.0004
(0.0851)
roa 0.0116*** 0.0005 0.00951*** 0.0005 0.00296*** 0.0005
(0.00343) (0.0034) (0.00114)
sgr 0.0027 0.0248 0.00236 0.0321 0.00301 0.0206
(0.00365) (0.00355) (0.00365)
lnasset 0.2348*** 0.0824 0.2947*** 0.1173 0.2375*** -0.3156
(0.0287) (0.0291) (0.0307)
roal1 0.00221* 0.0002 0.00233* 0.0002 0.000972 0.0002
(0.00128) (0.0012) (0.000731)
teta 2.1393*** 0.2488 2.2279*** 0.2608 1.9712*** 0.2063
(0.1865) (0.1913) (0.1934)
cata -0.0937 -0.0260 0.2929 0.0326 0.0675 -0.0283
(0.3337) (0.3346) (0.3512)
divdum 3.114*** 0.5927 3.2307*** 0.5862 2.8397*** 0.4750
(0.0754) (0.0766) (0.0791)
d9798 -1.8165*** -0.2805 -1.9507*** -0.2809 -1.2487*** -0.1704
(0.2779) (0.2884) (0.3116)
d0809 -0.1057 -0.0112 -0.1324 -0.0107 -0.2135* -0.0195
(0.1177) (0.1178) (0.1228)
Intercept -7.3787*** -9.1296*** -6.3523***
(0.6713) (0.6886) (0.7197)
observation 7345 7345 7345
cox-snell r2 0.4132 0.4177 0.4498
psuedo r2 0.4417 0.448142866 0.495079801
Wald 2268.9716*** 2284.2061*** 2188.3731***
Note: The life cycle stage represent by old mature or young variable is dummy variable equal to 1.
Panel A represent is represent model 1. Panel B is show result of model 2. Panel C show result of
model 3 The dependent variable is equal to 1 if dividend is likely to pay. the result shown number of
coefficient and level of significant are reported as follows 0.1(*) ,0.05(**) ,0.01(***) including standard
error are shown in parenthesis. βProb is shown marginal effect.
In logistic regression of model 1 presented in table 5. 6 shown that the main
focus of life cycle variable represents by RETE is still significant. This table show
consistent with life cycle theory that young firm have lower probability to pay dividend.
while mature firm and old firm evidence positive relationship with higher ability to pay
dividend. The marginal effect of young firm provides lower likelihood at - 0. 3834
than mature firm which statistically shown at 0.1766.
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In model 2 and model 3 also appear significant in RETE and other variables are
present level of significant similar to previous summary. Therefore, this can be
concluded that life cycles determinant consistent with (DeAngelo, et al., 2006) evidence
that mature firm have high probability to pay dividend rather than infusion stage firm.
Table 5.7 This table reports the logistic regression model to analyse decision to pay
dividend by testing firm by separate into two periods.
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Note: The Asian financial crisis period is tested by Model 4. The Global Financial crisis period is tested
by Model 5. DAFTER_TYK which is equal to 1 if sample are in year after Asian financial crisis
(1999-2007) and zero for during crisis period (1997-1998). DAFTER_HBG is equal to 1 if sample are
in year after Global financial crisis ( 2010- 2017) and zero for during crisis period ( 2008- 2009) .
The dependent variable is equal to 1 if dividend is likely to pay. The result shown number of coefficient
and level of significant are reported as follows 0.1(*),0.05(**) ,0.01(***) including standard error are
shown in parenthesis. βProb is shown marginal effect.
To further test whether financial crisis have impact on life cycle determinant of
dividend payout, DAFTER dummy is added in model 4 and model 5 using as an
interactive term that multiply with variable in model 2.
The result of regression model 4 illustrate that RETE variable is no longer
significant but RETE interact with DAFTER_TYK become significant. It represents
that life cycle determinant is change after financial crisis, so Asian financial crisis effect
to dividend decision change.
The coefficient of previous profitability ( ROAL1) and interactive term of
ROAL1 are highly significant. It means that dividend signaling from profitability can
highly explain in Asian financial crisis. It has notice that ROAL1 change sign when
interactive with after financial crisis meaning previous profitability tend to lower their
probability to pay dividend. The result of Divdum are also significant indicating that
previous dividend can explain probability to pay dividend. firm maintain to pay
dividend to smooth stream of dividend cashflow.
In contrast of life cycle determinant in model 5 testing in Global financial crisis
RETE still significant while RETE interact with DAFTER_HBG is not significant. The
result shown that after financial crisis dividend policy determined by life cycle is not
changed. ( Major & Angback, 2017) also found Sweden firm can explain dividend
possibility to pay by life cycle determinant after crisis while in Pakistan (Kouser, et al.,
2015) RETE have significant change in dividend policy which not follow life cycle
theory.
Therefore, Asian financial crisis have life cycle determinant of
dividend policy shift whereas retained earning can be explained propensity to pay
dividend after Global financial crisis. Life cycle determinant still hold after Global
financial crisis.
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Table 5.8 This table reports the logistic regression model to analyse decision to pay
dividend by testing firm by separate into two periods in each life cycle stage.
Asian Financial Crisis
(1999-2007) (4) βProb (4) βProb (4 βProb
rete_old 0.7247 0.1464
(1.315)
rete_mature 0.7428 0.145
(0.6381)
rete_young -0.9561 -0.1945453
(0.6548)
roa -0.0207 -0.0022 -0.0283 -0.003 -0.0306 -0.0039811
(0.0237) (0.025) (0.0252)
sgr 0.0751 0.0616 -0.1338 0.031 -0.1748 0.0196344
(0.7362) (0.7675) (0.7689)
lnasset 0.1058 0.0171 0.1397 0.022 0.1464 0.0226846
(0.198) (0.202) (0.2018)
roal1 0.1025*** 0.0109 0.0957*** 0.010 0.0927*** 0.0093361
(0.0351) (0.0344) (0.035)
teta -0.2558 0.0244 -0.4871 -0.022 -0.6261 -0.0520707
(1.4224) (1.4667) (1.4775)
cata 1.6428 0.4021 1.5514 0.363 1.3367 0.3312612
(2.7512) (2.8046) (2.8196)
divdum 2.6318*** 0.3512 2.6056*** 0.350 2.5663*** 0.3418547
(0.8472) (0.8361) (0.8355)
roa*dafter_tyk 0.0308 0.0030 0.0331 0.004 0.0326 0.0042494
(0.0242) (0.0252) (0.0252)
sgr*dafter_tyk -0.0992 -0.0627 0.0923 -0.032 0.1189 -0.0202373
(0.7382) (0.7699) (0.772)
lnasset*dafter_tyk 0.1284 0.0116 0.1097 0.009 0.0504 -0.0041858
(0.2031) (0.2073) (0.208)
rete*dafter_tyk 0.4595 -0.0654 0.5758 0.019 -1.5169 -0.1902839
(1.3309) (0.6498) (0.6722)
roal1*dafter_tyk -0.1024*** -0.0108 -0.0954*** -0.010 -0.0923*** -0.009294
(0.0351) (0.0344) (0.035)
teta*dafter_tyk 3.2983 0.3524 3.348 0.380 2.7565* 0.2612855
(1.4567) (1.5019) (1.5171)
cata*dafter_tyk -1.9117 -0.4540 -1.4642 -0.401 -1.0696 -0.3284179
(2.8159) (2.8712) (2.8936)
divdum*dafter_tyk 0.5345 0.2401 0.6537 0.220 0.2065 0.1020993
(0.8561) (0.8458) (0.846)
dafter_tyk -2.3695 -0.2272 -2.2779 -0.193 0.0367 0.2546799
(5.0012) (5.1276) (5.085)
Intercept -5.4516 -6.3403 -5.5481
(4.8878) (5.0099) (4.9475)
observation 2,795 2,795 2,795
cox-snell r2 0.4585 0.4742 0.5078
psuedo r2 0.4593 0.481394029 0.530768312
Wald 898.465*** 895.4147*** 860.0952***
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Table 5.8 (Continued)
Global Financial Crisis
(2008-2017) (5) βProb (5) βProb (5) βProb
rete_old 0.6097 0.0593
(0.3787)
rete_mature 0.4856 0.070
(0.2391)
rete_young -1.2063*** -0.2531838
(0.3024)
roa 0.0376*** 0.0037 0.0389*** 0.004 0.0232* 0.0019088
(0.0136) (0.0137) (0.0138)
sgr 0.0007 -0.0005 0.00485 0.000 0.0113 0.0012049
(0.0317) (0.0318) (0.0286)
lnasset 0.1300 0.0146 0.1438 0.019 0.1184 0.0111539
(0.0897) (0.0899) (0.0916)
roal1 0.1448*** 0.0070 0.1516*** 0.007 0.1418*** 0.0061686
(0.0201) (0.0203) (0.0201)
teta 1.2102 0.1506 1.0998* 0.147 0.8428 0.0922996
(0.6009) (0.6068) (0.6149)
cata 0.0437 -0.0758 0.4223 0.000 0.4227 -0.011434
(1.1059) (1.1117) (1.1493)
divdum 2.7184*** 0.5051 2.7846*** 0.505 2.6052*** 0.4394914
(0.2389) (0.2377) (0.242)
roa*dafter_hbg -0.0319 -0.0030 -0.0325 -0.003 -0.0193 -0.0014374
(0.0139) (0.014) (0.0139)
sgr*dafter_hbg 0.0099 0.0020 0.00532 0.001 -0.0022 0.000028634
(0.0324) (0.0326) (0.0296)
lnasset*dafter_hbg 0.1038 0.0079 0.1646 0.012 0.1488 0.0095183
(0.1006) (0.101) (0.1032)
rete*dafter_hbg 0.5307 0.0098 0.2247 0.014 -0.3971 -0.001324
(0.4244) (0.2655) (0.3286)
roal1*dafter_hbg -0.0829*** -0.0052 -0.0881*** -0.005 -0.099*** -0.0048205
(0.0213) (0.0215) (0.0213)
teta*dafter_hbg -0.0256 -0.0139 0.3404 0.013 0.739 0.0751175
(0.6608) (0.6702) (0.6774)
cata*dafter_hbg -0.4779 0.0436 -0.5404 0.024 -0.8652 -0.0455787
(1.21) (1.2153) (1.2541)
divdum*dafter_hbg 0.2538 0.0820 0.2935 0.081 0.2034 0.052911
(0.2646) (0.2637) (0.2689)
dafter_hbg -1.9688 -0.1758 -3.5046 -0.280 -2.979 -0.2297124
(2.347) (2.3713) (2.42)
Intercept -4.8619 -5.3901 -3.9611*
(2.0884) (2.1024) (2.1449)
observation 4,550 4,550 4,550
cox-snell r2 0.3923 0.392 0.4087
psuedo r2 0.4596 0.459265138 0.484951608
Wald 1228.4111*** 1229.1434*** 1202.7653***
Note: The Asian financial crisis period is tested by Model 4. The Global Financial crisis period is tested
by Model 5. DAFTER_TYK which is equal to 1 if sample are in year after Asian financial crisis
(1999-2007) and zero for during crisis period (1997-1998). DAFTER_HBG is equal to 1 if sample are
in year after Global financial crisis ( 2010- 2017) and zero for during crisis period ( 2008- 2009) .
Life cycle stage represent by old mature or young variable is dummy variable equal to 1. βProb is
marginal effect.
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The regression result of model 4 illustrate that RETE variable is no longer
significant but RETE interact with DAFTER_TYK become non significant for sub
group stage. While model 5 RETE have no significant change after financial crisis.
Life cycle still explain after global financial crisis.
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CHAPTER 6
CONCLUSIONS
This research provides evidence and test whether life cycle theory explained
dividend policy in Thailand including to compare effect of Asian financial crisis and
Global financial crisis. This study uses logistic regression to test hypothesis of dividend
policy during 1997-2017.
Our finding is that the main life cycle determinant retained earning to total
equity found significant which can be explained relationship between life cycle and
dividend payout policy. These results are follow life cycle theory. Firm with higher size
and probability are likely to pay dividend. While investment opportunity or growth is
not significant. Mature company have higher propensity to pay rather than young firm.
These results are consistent with ( Oonpipat, 2009) Thai market. This study also
contributes from previous research by adding more control variables and still found
significant result of life cycle determinant variable.
This study also found difference effect between two crises Asian financial crisis
is negatively effect decision to pay dividend while Global financial crisis is not affect
decision to pay dividend in Thailand.
Moreover, I found more evidence on dividend policy changing after financial
crisis. Life cycle determinant are shifted after Asian financial crisis on the other hand
life cycle determinant are continuing to explain after Global financial crisis.
According to extended long term of study period of dividend in Thailand, this
research can compare globally result with other countries and support investor to use
life cycle determinant as part of their investment decision.
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BIOGRAPHY
Name Miss Chalita Natimakul
Date of birth November 29, 1991
Educational attainment
2010-2013 : THAMMASAT UNIVERSITY
Bachelor of Economics,
Finance Major
Work Experiences June 2014 β December 2017
Real Estate Investment Expert
Muangthai Life Assurance Public Company limited.
Ref. code: 25605902042166KHT