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7/28/2019 The Anatomy of Financial Crisis
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THE ANATOMY OF FINANCIAL CRISIS: EVIDENCE FROM THE
EMERGING MARKETS
*Anindita Chakraborty**Alok Shrivastava***Ravindra Pathak
Abstract
We study the anatomy of recent financial crises in India, Indonesia, Malaysia, Spain, Brazil,
Chile, Italy, Switzerland and Argentina by investigating the return and volatility before the
financial crisis and during recession. We use the date of Lehman Bankruptcy case as a proxy of
financial crisis (15th
September, 2008). Parametric technique was used to test the significantdifference before the financial crisis and during the crisis. Our analysis produced mixed results
indicating that there is a significant impact of financial crisis on countries like Indonesia, Italy,
Brazil, Argentina and Spain.
Keywords: Financial Crisis, volatility, return
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IntroductionThe 20th century faced with the worlds two major financial crises. The first global financial
crisis was seeing during 1929-30, which affected the developed nations, Europe and Americaand the second during 2007-till continued had affected the whole international community. More
and more people will be affected by it both directly and indirectly and the full scale of the crisis
either economically or socially has not been measured till now. The emerging financial marketsor the developing countries has not been left beset by current episode of turmoil of LehmanBrother Bankruptcy most notably originating in U.S at the end of the year 2008. The term
emerging markets is used to describe a nation's social or business activity in the process of rapid
growth and industrialization. The impact of the current financial crisis poses several interestingquestions for the international community and for those involved in policy making in the
development community. In immediacy of the occurrence of the financial crisis one of the most
severe crisis after Great Depression, most emerging and some of the developed markets
experienced sudden and severe downward movements in stocks. These markets are also felt theliquidity crunch, rapid reversals of capital flows, significant output losses, bank runs, or spillover
effects. The deliberation of these episodes of instability usually referred to as financial crises.
This situation of shrinking global economy is indeed a wakeup call for the internationalcommunity in general and developing countries in particular.
This impact of the global financial crisis has been more severe for emerging markets than for
lowincome countries, which are less integrated into international private capital markets. As in
2003-2007, the emerging markets experienced an impressive economic boom with a growth rate
of 7% per year. The boom was due to the mix results of the following ingredients prevailing in
global markets and that were exceptional financing, high commodity prices, foreign directinvestment and, large flows of remittances. These conditions have been replaced since mid-2008,
particularly since September 2008, by the effects of financial turmoil that erupted in mid-2007 in
the U.S. and resulted in the worst global financial crisis and the worst recession since the Great
Depression. The current international financial crisis has its roots in the subprime crisis in theUnited States. The excessive growth of subprime lending occurred because financial institutions
offered non-standard mortgages to individuals with dubious credit profiles and due to this,
countries like India and Taiwan saw negative portfolio investment flows. In Latin America,
Brazil and Mexico were also hit by losses in derivative markets and, in the first case, by theunwinding of the carry trade. South Africa was also severely hit. It severely affected the bond
markets and due to this it came to a halt, bank lending was also get affected, and there was a
sharp reversal of flows from mutual funds and an unwinding of the carry trade. This behavior ofthe quantity and price of financial flows has been a major mechanism transmitting movements in
stock markets from industrial to developing countries. On an average, when measured in dollar
terms, stock markets have experienced a stronger contraction in emerging markets since their
peak in late October
early November 2007 than stock markets in industrial countries.
In this paper we tried to find out the impact of the financial crisis on the emerging markets stock
exchanges like India, Indonesia, Malaysia, Spain, Italy, Switzerland, Brazil, Argentina, and
Chile, which were further grouped into continents like Asia, South America, and Europe.
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Review of LiteratureThe various theoretical and empirical literature suggested that financial crises have alternatively
been attributed to local macroeconomic and microeconomic weaknesses (Krugman, 1979;Agenor et al., 1992; Kaminsky et al., 1998), coordination problems among investors (Chang and
Velasco, 1999), the activity of large traders and speculators (e.g., Brown et al., 2000; Kyle and
Xiong, 2001), the interaction of stock and foreign exchange markets (Corsetti et al., 1999; Parkand Lee, 2003), or crisis is spread from one country to the other generating the contagionphenomenon (Boyer et al., 2006; Pasquariello, 2007) as reviewed by Pasquariello (2008).
Demyanyk and Hemart (2008) found that the quality of bank loans deteriorated for sixconsecutive years before the crisis and that securitizers were, to some extent, aware of it. They
further provided evidence that the rise and fall of the subprime mortgage market follows a classic
lending boom-bust scenario, in which unsustainable growth leads to the collapse of the market.
Hoontrakul (2008) said that the global financial crisis was caused by extra risk taken by bankingsystem and credit markets of US. Past boom and bust cycle caused by excessive speculation was
localized and caused by exogenous risk, financial institution reacted to the high uncertainty,
banks stop lending to each other. Credit freeze and liquidity crunch, quantitative monetaryeasing, coordinated rate cut around the world and liquidity injection from the government may
stem the panic and only stabilized the financial market, not found quick end to the worldwide
recession.
Similarly Kenourgios et al. (2008) showed that a crisis episode spreads with a large magnitude
even though some countries belong in different regional blocks. The finding had important
implications for international investors, returns and volatilities shows higher correlations amongstock markets, leaving international investors exposed to unhedged risks. However Mohan
(2008) said India had by-and-large been spared of global financial contagion due to the subprime
turmoil for a variety of reasons and that were Indias growth process depends on largely
domestic demand driven and its dependence on foreign deposits had remained around 1.5% inrecent period. The credit derivatives market was in an embryonic stage; the originate-to-
distribute model in India was not comparable to the ones prevailing in advanced markets; there
are restrictions on investments by residents in such products issued abroad; and regulatoryguidelines on securitization did not permit immediate profit recognition. Financial stability in
India had been achieved through perseverance of policies which prevented institutions from high
risk taking, and financial markets from becoming extremely volatile and turbulent.
In the studies related to financial crisis and its impact on share it was reported by Bertero and
Mayer (1989) and King and Wadhwani (1990) that increase in stock returns correlation in 1987
crash. Calvo and Reinhart (1996) reported that correlation shifted during the Mexican crisis.Baig and Goldfajn (1999) in their study found significant increases in correlation for several East
Asian markets and currencies during the East Asian crisis, supporting the contagion
phenomenon.
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OBJECTIVES OF THE STUDY1. To evaluate and compare the returns of emerging stock exchanges before financial crisis and
during recession.2. To evaluate and compare the volatility of emerging stock exchanges before financial crisis
and during recession.
3.
To compare the volatility of emerging stock exchanges of different continents.4. To compare the returns of emerging stock exchanges of different continents.5. To open new vistas for further research.DATA AND RESEARCH METHODOLOGY
The main purpose of the study is to examine the impact of the financial crisis on the emergingmarket stock exchanges. The study was empirical in the nature and the total population includes
all the stock exchanges of emerging markets. Hence the stock exchanges index prices were the
sampling elements and the sampling frame of the study was from 2008-2009. The random
sampling technique was used to select the data. The sample size includes nine emerging marketstock exchanges. The event-study methodology was used for analyzing the impact of financial
crisis on the returns and volatility of the sample stock exchange indices. The stock exchangeindex returns and volatilities during recession were compared with their returns and volatilitiesprior to the financial crisis. To analyze the data the study period is divided into the following
event window.
-100 days 0(Event day) +100 days
Daily prices of individual index for an event window of 100 days before and after financial crisis
were taken from the official website of Yahoo finance. The pre-crisis period starts 100 days
before the crisis day to 1 day before the crisis and the post-listing period is from 1 day after the
crisis to 100 days after the financial crisis.
TABLE 1: List of Emerging Market Stock ExchangesAsia Europe South America
India(BSE-Sensex) Spain (Madrid) Brazil (Bovespa)
Indonesia(CompositeIndex JKSE)
Italy (MIBTEL) Argentina (Marvel)
Malaysia (KLSEComposite)
Switzerland(SwissMarket)
Chile (IPSA)
Following tools were applied for data analysis:
The daily returns of the indices were computed by logarithmic returns using MS Excel.Inferential statistics was computed with the help of SPSS 16.
Rt = 100 *ln (Indext / Indext-1)
Where, Rt is the daily mean return percent from the index, P is the price index, t and t 1represent the current and immediate preceding day.
Mean return for each month was computed by applying simple arithmetic mean. Paired sample t-test was applied to find out the significant difference in the index returns.
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Volatility of the index was calculated through standard deviation and F-test was applied tofind out the significant difference between the pre and post volatility.
To test the difference between the returns and volatility of the different countries SPANOVAwas applied.
RESULTS AND DISCUSSIONS
1. Comparison of the returns before and during 100 days of financial crisisH01= There is no significant difference in the returns before and during 100 days of recession.
IndonesiaPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PREINDONESIA -.2542 100 1.41510 .14151
POST -.1202 100 1.38116 .13812
Paired Samples Test
Paired Differences
t df
Sig. (2-
tailed)Mean
Std.
Deviation
Std. Error
Mean
95% Confidence Interval ofthe Difference
Lower Upper
Pair 1 PREINDONESIA -POST
-.13398 1.99885 .19988 -.53060 .26263 -.670 99 .504
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 daysof financial crisis in Indonesia. There was a statistically significant increase in the returns of the
index from pre 100 days (M= -0.2542, S.D=1.41510) to post 100 days (M= -0.1202,
S.D=1.38116), t(99)= -0.670, p= 0.504 i.e. more than the 5% level of the significance. So wecan conclude that there was no significant difference in the index returns before and after 100
days of financial crisis and thus the null hypothesis was rejected. Given our eta square statistics
of 0.0025 we can conclude that there was a small effect with substantial difference in the return
statistics scores obtained before and after the financial crisis.
IndiaPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PREINDIA -.2065 100 2.22598 .22260
POST -.4030 100 3.51232 .35123
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Paired Samples Test
Paired Differences
t dfSig. (2-tailed)Mean
Std.Deviation
Std. ErrorMean
95% Confidence Interval of
the Difference
Lower Upper
Pair 1 PREINDIA
POST.19650 4.30871 .43087 -.65844 1.05144 .456 99 .649
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 days
of financial crisis in India. There was a statistically significant increase in the returns of the index
from pre 100 days (M= -0.2065, S.D=2.22598) to post 100 days (M= -0.4030, S.D=3.51232),t(99)= 0.456, p= 0.649 i.e. more than the 5% level of the significance. So we can conclude that
there was no significant difference in the index returns before and after 100 days of financialcrisis and thus the null hypothesis was rejected. Given our eta square statistics of 0.0021 we canconclude that there was a small effect size with substantial difference in the return statistics
scores obtained before and after the financial crisis.
MalaysiaPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PREMALAYSIA -.2447 100 .93185 .09318
POSTMALAYSIA -.1381 100 1.39238 .13924
Paired Samples Test
Paired Differences
t dfSig. (2-tailed)Mean
Std.Deviation
Std. ErrorMean
95% Confidence Interval of
the Difference
Lower Upper
Pair 1 PREMALAYSIA -POSTMALAYSIA
-.10660 1.66284 .16628 -.43654 .22335 -.641 99 .523
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 daysof financial crisis in India. There was a statistically significant increase in the returns of the indexfrom pre 100 days (M= -0.2447, S.D=.93185) to post 100 days (M= -0.1381, S.D=1.39238),
t(99)= -0.641, p= 0.523 i.e. more than the 5% level of the significance. So we can conclude that
there was no significant difference in the index returns before and after 100 days of financialcrisis and thus the null hypothesis was rejected. Given our eta square statistics of 0.0041 we can
conclude that there was a small effect size with substantial difference in the return statistics
scores obtained before and after the financial crisis.
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SpainPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PRESPAIN -.0551 100 1.07118 .10712
POSTSPAIN -.0926 100 1.58865 .15887
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 days
of financial crisis in Spain. There was a statistically significant increase in the returns of the
index from pre 100 days (M= -0.0551, S.D=1.07118) to post 100 days (M= -0.0926,S.D=1.58865), t(99)= 0.194, p= 0.846 i.e. more than the 5% level of the significance. So we can
conclude that there was no significant difference in the index returns before and after 100 days of
financial crisis and thus the null hypothesis was rejected. Given our eta square statistics of
0.0003 we can conclude that there was a small effect size with substantial difference in the returnstatistics scores obtained before and after the financial crisis.
SwitzerlandPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PRESWITZERLAND -.0156 100 1.15532 .11553
POST -.3066 100 2.98116 .29812
Paired Samples Test
Paired Differences
t df
Sig. (2-
tailed)Mean
Std.
Deviation
Std. Error
Mean
95% Confidence Interval ofthe Difference
Lower Upper
Pair 1 PRESWITZ
ERLANDPOST
.29099 3.13325 .31333 -.33072 .91269 .929 99 .355
Paired Samples Test
Paired Differences
T dfSig. (2-tailed)Mean
Std.Deviation
Std. ErrorMean
95% Confidence Interval ofthe Difference
Lower Upper
Pair 1 PRESPAIN
POSTSPAIN
.03747 1.92755 .19276 -.34500 .41994 .194 99 .846
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A paired sample t-test was conducted to evaluate the index returns earn before and after 100 days
of financial crisis in Switzerland. There was a statistically significant increase in the returns of
the index from pre 100 days (M= -0.156, S.D=1.15532) to post 100 days (M= -0.3066,S.D=2.98116), t(99)= 0.929, p= 0.355 i.e. more than the 5% level of the significance. So we can
conclude that there was no significant difference in the index returns before and after 100 days of
financial crisis and thus the null hypothesis was rejected. Given our eta square statistics of0.0086 we can conclude that there was a small effect size with substantial difference in the returnstatistics scores obtained before and during recession.
ItalyPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PREITALY -.1925 100 1.22256 .12226
POST -.3471 100 3.09372 .30937
Paired Samples Test
Paired Differences
t dfSig. (2-tailed)Mean
Std.Deviation
Std. ErrorMean
95% Confidence Interval
of the Difference
Lower Upper
Pair 1 PREITALY
POST.15456 3.28830 .32883 -.49791 .80703 .470 99 .639
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 days
of financial crisis in Italy. There was a statistically significant increase in the returns of the indexfrom pre 100 days (M= -0.1925, S.D=1.22256) to post 100 days (M= -0.33471, S.D=3.09372),
t(99)= 0.470, p= 0.639 i.e. more than the 5% level of the significance. So we can conclude that
there was no significant difference in the index returns before and after 100 days of financialcrisis and thus the null hypothesis was rejected. Given our eta square statistics of 0.0022 we can
conclude that there was a small effect size with substantial difference in the return statistics
scores obtained before and during recession.
ChileA paired sample t-test was conducted to evaluate the index returns earn before and after 100 days
of financial crisis in Chile. There was a statistically significant increase in the returns of the
index from pre 100 days (M= -0.2185, S.D=2.12320) to during 100 days (M= -0.0014,S.D=1.55391), t(99)= -0.874, p= 0.384 i.e. more than the 5% level of the significance. So we
can conclude that there was no significant difference in the index returns before and after 100
days of financial crisis and thus the null hypothesis was rejected. Given our eta square statistics
of 0.0076 we can conclude that there was a small effect size with substantial difference in thereturn statistics scores obtained before and during recession.
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Paired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PRECHILE -.2185 100 2.12320 .21232
POST -.0014 100 1.55391 .15539
Paired Samples Test
Paired Differences
t dfSig. (2-tailed)Mean
Std.Deviation
Std. ErrorMean
95% Confidence Intervalof the Difference
Lower Upper
Pair 1 PRECHILEPOST
-.21709 2.48350 .24835 -.70987 .27569 -.874 99 .384
ArgentinaPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PREARGENTINA -.3180 100 1.57433 .15743
POST -.3186 100 4.21344 .42134
Paired Samples Test
Paired Differences
t dfSig. (2-tailed)Mean
Std.Deviation
Std. ErrorMean
95% ConfidenceInterval of the
Difference
Lower Upper
Pair 1 PREARGENTINA- POST
.00056 4.79327 .47933 -.95052 .95165 .001 99 .999
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 days
of financial crisis in Chile. There was a statistically significant increase in the returns of the
index from pre 100 days (M= -0.3180, S.D=1.57433) to during 100 days (M= -0.3186,
S.D=4.21344), t(99)= 0.001, p= 0.999 i.e. more than the 5% level of the significance. So we canconclude that there was no significant difference in the index returns before and after 100 days of
financial crisis and thus the null hypothesis was rejected. Given our eta square statistics of
0.0000 we can conclude that there was a small effect size with substantial difference in the returnstatistics scores obtained before and during recession.
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BrazilPaired Samples Statistics
Mean N Std. Deviation Std. Error Mean
Pair 1 PREBRAZIL -.2938 100 2.09788 .20979
POST -.1398 100 4.63580 .46358
Paired Samples Test
Paired Differences
T df
Sig. (2-
tailed)Mean
Std.
Deviation
Std. Error
Mean
95% Confidence Intervalof the Difference
Lower Upper
Pair 1 PREBRAZILPOST
-.15397 5.19707 .51971 -1.18518 .87724 -.296 99 .768
A paired sample t-test was conducted to evaluate the index returns earn before and after 100 daysof financial crisis in Chile. There was a statistically significant increase in the returns of the
index from pre 100 days (M= -0.2938, S.D=2.09788) to during 100 days (M= -0.1398,
S.D=4.63580), t(99)= -0.296, p= 0.768 i.e. more than the 5% level of the significance. So wecan conclude that there was no significant difference in the index returns before and after 100
days of financial crisis and thus the null hypothesis was rejected. Given our eta square statistics
of 0.0008 we can conclude that there was a small effect size with substantial difference in the
return statistics scores obtained before and during recession.
2. Comparison of the volatility before and during 100 days of financial crisisThe volatility of the indices which means the relative rate at which the price of an index moves
up and down is shown in table 2. The table reports about the standard deviation before and after
financial crisis of the individual indices. While the F-test was applied to determine whether thereis a significant difference between the pre-financial crisis and post-financial crisis volatility of
the individual indices.
H02= There was no significant difference in the before and during recession volatility.
Table 2: Comparison of Volatility before and during100 days of financial crisis
Indices
Standard Deviation F-test
(5%significance)
(1.683)
Hypothesis Not
Rejected/RejectedPre-
Financial
Crisis
Post-
Financial
Crisis
India(BSE-Sensex) 2.22539 3.50300 1.5741 Not Rejected
Indonesia(CompositeIndex JKSE)
1.486633.07574 2.0689344 Rejected
http://www.investorwords.com/3807/price.htmlhttp://www.investorwords.com/4446/security.htmlhttp://www.investorwords.com/4446/security.htmlhttp://www.investorwords.com/3807/price.html7/28/2019 The Anatomy of Financial Crisis
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Malaysia (KLSE
Composite).91903
1.39238 1.515039 Not Rejected
Spain (Madrid) 1.07849 1.61389 1.49643 Not Rejected
Italy (MIBTEL) 1.22256 3.09372 2.53026 Rejected
Switzerland(SwissMarket)
1.21906 2.98116 2.44545 Rejected
Brazil (Bovespa) 2.09788 5.88428 2.804869 Rejected
Argentina (Marvel) 1.57433 4.21344 2.676338 Rejected
Chile (IPSA) 2.12320 1.55391 1.3669 Not Rejected
The result on the basis of standard deviation before and after 100days of financial crisis showed
increase in volatility after the crisis in all the countries except Chile. For the given values of F,
the values of Indonesia (2.0689344), Italy (2.53026) and Switzerland (2.44545) are more thanthe Standard value, 1.683, at 5% level of significance, so the null hypothesis in that case is
rejected. This shows that there is significant difference in the post and pre listing volatility on
these stocks exchanges. The results also indicated that the volatility of the stock exchanges alsoincreased due to financial crisis.
3. Comparison of the pre and during recession volatility of different continentsTo test the significant difference between the pre and during recession volatility due to financial
crisis we had applied SPANOVA with a factorial design
Box's Test of Equality of Covariance Matricesa
Box's M 2.573
F .346
df1 6
df2 5.608E3
Sig. .913
Tests the null hypothesis that the observed covariance matrices of the dependent variables are equal acrossgroups.
a. Design: Intercept + CONTINENTSWithin Subjects Design: TIME
An insignificant value of Boxs M test showed above that the groups do not differ from each
other we can apply the SPANOVA. A mixed between-within group anova or SPANOVA wasconducted to explain the impact of financial crisis on the indices volatility of the different
continents before and during 100 days of financial crisis. The time period was divided into two
categories pre and during recession and the results of multivariate test which was tested through
Wilks Lambda showed the value 0.539, with a probability value 0.003. Because our p value isless than .05, we can conclude that there was a statistically significant effect for time i.e. pre and
during 100 days of recession. This suggests that there was a change in the volatility due to
financial crisis. Thus the main effect for the time was significant. Although we have foundstatistically significant difference among the time periods, we also need to assess the effect size
of this result which was evaluated through partial eta square. The value obtained for the time in
this study was 0.461. Using the commonly used guidelines proposed by Cohen (1988) (.01=
small effect, .06=moderate effect, .14=large effect), this result suggests a very large effect size.
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In addition to the main effect, we are also required to find out that there was a significant
interaction effect was presented or not. In this the interaction effect was not statistically
significant as the significance level for Wilks Lambda was 0.822 and p= 0.230.
Multivariate Testsc
Effect Value FHypothesis
df Error df Sig.Partial EtaSquared
Noncent.Parameter
ObservedPowerb
TIME Pillai's Trace .461 12.815a 1.000 15.000 .003 .461 12.815 .917
Wilks' Lambda .539 12.815a 1.000 15.000 .003 .461 12.815 .917
Hotelling's Trace .854 12.815a 1.000 15.000 .003 .461 12.815 .917
Roy's LargestRoot
.854 12.815a 1.000 15.000 .003 .461 12.815 .917
TIME *CONTINENTS
Pillai's Trace .178 1.621a 2.000 15.000 .230 .178 3.242 .289
Wilks' Lambda .822 1.621a 2.000 15.000 .230 .178 3.242 .289
Hotelling's Trace .216 1.621a 2.000 15.000 .230 .178 3.242 .289
Roy's Largest
Root.216 1.621a 2.000 15.000 .230 .178 3.242 .289
a. Exact statistic
b. Computed using alpha = .05
c. Design: Intercept + ONTINENTS
Within Subjects Design: TIME
Tests of Between-Subjects Effects
Measure:MEASURE_1
Transformed ariable:Average
SourceType III Sum
of Squares Df Mean Square F Sig.Partial EtaSquared
Noncent.Parameter
ObservedPowera
Intercept 124.992 1 124.992 106.704 .000 .877 106.704 1.000
CONTINENTS 1.202 2 .601 .513 .609 .064 1.026 .119
Error 17.571 15 1.171
a. Computed using alpha = .05
Further the groups (continents) analysis showed that the main effect for the continents was notsignificant as the F (2, 0.513), p= 0.609 which was higher than p=0.05. However the post hoc
comparisons using Turkey HSD test showed below indicated that the mean score for different
countries differ either of the other groups but did not reach the statistically significant level. Thus
we can conclude that there was no significant difference in the pre and during recession volatilityof the three continents and the effect size was also low as showed by partial eta square= 0.064.
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Multiple Comparisons
MEASURE_1Tukey HSD
(I)CONTI
NENTS
(J)CONTI
NENTS
Mean Difference
(I-J) Std. Error Sig.
95% Confidence Interval
Lower Bound Upper Bound
1 2 -.3119 .44185 .764 -1.4596 .8358
3 .1222 .44185 .959 -1.0255 1.2698
2 1 .3119 .44185 .764 -.8358 1.4596
3 .4340 .44185 .599 -.7137 1.5817
3 1 -.1222 .44185 .959 -1.2698 1.0255
2 -.4340 .44185 .599 -1.5817 .7137
4. Comparison of the pre and during recession returns of different continents.Box's Test of Equality of Covariance Matricesa
Box's M 4.858
F .653
df1 6
df2 5607.692
Sig. .688
Tests the null hypothesis that the observed covariance matrices of the dependent variables are equal across
groups.
a. Design: Intercept + CONTINENTSWithin Subjects Design: PREPOST
An insignificant value of Boxs M test showed that the groups do not differ from each other wecan apply the SPANOVA. A mixed between-within group anova or SPANOVA was conducted
to explain the impact of financial crisis on the indices returns of the different continents beforeand during 100 days of financial crisis. The time period was divided into two categories pre and
during recession and the results of multivariate test which was tested through Wilks Lambda
showed the value 0.084, with a probability value 0.000. Because our p value is less than .05, wecan conclude that there was a statistically significant effect for time i.e. pre and during 100 days
of recession and that means there was a significant difference in the returns of pre and during
crisis period. Thus the main effect for the time was significant. Although we have found
statistically significant difference among the time periods, we also need to assess the effect sizeof this result which was evaluated through partial eta square. The value obtained for the time in
this study was 0.916. Using the commonly used guidelines proposed by Cohen (1988) (.01=small effect, .06=moderate effect, .14=large effect), this result suggests a very large effect size.
In addition to the main effect, we are also required to find out that there was a significantinteraction effect was presented or not. In this the interaction effect was not statistically
significant as the significance level for Wilks Lambda was 0.998 and p= 0.982 as shown in the
below table of multivariate test.
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Multivariate Testsc
Effect Value FHypothesis
dfError
df Sig.
Partial
EtaSquared
Noncent.Parameter
ObservedPowerb
PREPOST Pillai's Trace .916 163.510a 1.000 15.000 .000 .916 163.510 1.000
Wilks' Lambda .084 163.510a 1.000 15.000 .000 .916 163.510 1.000
Hotelling'sTrace
10.901 163.510a 1.000 15.000 .000 .916 163.510 1.000
Roy's LargestRoot
10.901 163.510a 1.000 15.000 .000 .916 163.510 1.000
PREPOST *CONTINENTS
Pillai's Trace .002 .018a 2.000 15.000 .982 .002 .037 .052
Wilks' Lambda .998 .018a 2.000 15.000 .982 .002 .037 .052
Hotelling'sTrace
.002 .018a 2.000 15.000 .982 .002 .037 .052
Roy's LargestRoot
.002 .018a 2.000 15.000 .982 .002 .037 .052
a. Exact statisticb. Computed using alpha = .05
c. Design: Intercept + CONTINENTS
Within Subjects Design: PREPOST
Further the groups (continents) analysis showed that the main effect for the continents was not
significant as the F (2, 0.019), p= 0.981 which was higher than p=0.05. However the post hoccomparisons using Turkey HSD test showed below indicated that the mean score for different
countries differ either of the other groups but did not reach the statistically significant level. Thus
we can conclude that there was no significant difference in the pre and during recession indexreturns of the three continents and the effect size was also low as showed by partial eta square=
0.003.
Tests of Between-Subjects Effects
Measure:MEASURE_1Transformed Variable:Average
Source
Type IIISum ofSquares df Mean Square F Sig.
Partial EtaSquared
Noncent.Parameter
ObservedPowera
Intercept 15.124 1 15.124 97.462 .000 .867 97.462 1.000
CONTINENTS .006 2 .003 .019 .981 .003 .038 .052
Error 2.328 15 .155
a. Computed using alpha = .05
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Multiple Comparisons
MEASURE_1Tukey HSD
(I)CONTIN
ENTS
(J)CONTIN
ENTS
Mean Difference
(I-J) Std. Error Sig.
95% Confidence Interval
Lower Bound Upper Bound
1.00 2.00 -.0064 .16082 .999 -.4241 .4114
3.00 -.0297 .16082 .981 -.4475 .3880
2.00 1.00 .0064 .16082 .999 -.4114 .4241
3.00 -.0234 .16082 .988 -.4411 .3943
3.00 1.00 .0297 .16082 .981 -.3880 .4475
2.00 .0234 .16082 .988 -.3943 .4411
Based on observed means.The error term is Mean Square(Error) = .078.
ConclusionThe past financial crises have received increasing attention from the economic and financial
literature, not due to their tremendous social and allocation costs but also due to their impact on
the society in whole. Determining the nature of financial crises is crucial to explaining their
occurrence and formulating policy recommendations so that it can be controlled in the future.But the recent financial crisis which has an immense effect on the whole world failed all the
policy recommendations. The paper tried to find out the impact of the Lehman Brothers
bankruptcy on the stock exchanges of the three continents that were Asia, South America andEurope.
Finally, using several parametric techniques we offered support for some of the available
explanations of financial crises in emerging economies by showing that there was a increase involatility and change in returns before and during financial crisis. T-test results showed that there
was no change in returns before and during recession but the Wilks Lambda showed that there
was a significant difference in the before and during returns of the continents. Similar, resultswere depicted in case of volatility. Thus the study concluded that there was a significant
difference in the volatility of Indonesia, Brazil, Argentina, Switzerland and Italy.
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