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7/28/2019 FII Flows to India
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I C R A B U L L E T I N
Money
Finance&
O C T . D E C . . 2 0 0 1
FII Flows to India:Nature and Causes
RAJESH CHAKRABARTI*
AbstractSince the beginning of liberalisation FII flows to India have steadily
grown in importance. In this paper we analyse these flows and their relation-
ship with other economic variables and arrive at the following major conclu-
sions: (a) While the flows are highly correlated with equity returns in India,
they are more likely to be the effect than the cause of these returns; (b) The
FIIs do not seem to be at an informational disadvantage in India compared to
the local investors; (c) The Asian Crisis marked a regime shift in the determi-
nants of FII flows to India with the domestic equity returns becoming the sole
driver of these flows since the crisis. Given the thinness of the Indian market
and its susceptibility to manipulations, FII flows can aggravate the equity
market bubbles, though they do not actually start them.
I. IntroductionPortfolio investment flows from industrial countries have
become increasingly important for developing countries in recent years.
The Indian situation has been no different. In the year 2000-01,
portfolio investments in India accounted for over 37 per cent of totalforeign investment in the country and 47 per cent of the current account
deficit. The corresponding figures in the previous year were 59 per cent
and 64 per cent respectively. A significant part of these portfolio flows
to India comes in the form of Foreign Institutional Investors (FIIs)
investments, mostly in equities. Ever since the opening up of the Indian
equity markets to foreigners, FII investments have steadily grown from
about Rs. 2,600 crore in 1993 to over Rs.11,000 crore in the first half
of 2001 alone. Their share in total portfolio flows to India grew from
47 per cent in 1993-94 to over 70 per cent in 1999-2000.1 The nature of
the foreign investors decision-making process that lies at the heart ofthe portfolio flows is briefly outlined in Box 1.
While it is generally held that portfolio flows benefit the
economies of recipient countries2, policy-makers world-wide have been
more than a little uneasy about such investments. Portfolio flowsoften
* I am grateful to Anupam Gupta and Mihir Rakshit for helpful com-ments. All remaining errors and shortcomings are my sole responsibility.
1 RBI Bulletin, October 2000.2 see Errunza (1999)
While it is generally
held that portfolio
flows benefit the
economies of
recipient countries,
policy-makers
world-wide have
been more than a
little uneasy about
such investments.
Portfolio flows
often referred to as
hot moneyare
notoriously volatile
compared to otherforms of capital
flows.
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referred to as hot moneyare notoriously volatile compared to other
forms of capital flows. Investors are known to pull back portfolioinvestments at the slightest hint of trouble in the host country often
leading to disastrous consequences to its economy. They have been
blamed for exacerbating small economic problems in a country by
making large and concerted withdrawals at the first sign of economic
weakness. They have also been held responsible for spreading financial
crisescausing contagion in international financial markets. In the
wake of the Asian crisis, prominent economists3 have, for these rea-
Box 1: The International Portfolio Investors decision-making problem
International portfolio flows, as opposed to foreign direct investment (FDI) flows,refer to capital flows made by individuals or investors seeking to create an interna-tionally diversified portfolio rather than to acquire management control over foreigncompanies.
Diversifying internationally has long been known as a way to reduce the overallportfolio risk and even earn higher returns. Investors in developed countries caneffectively enhance their portfolio performance by adding foreign stocks, particularlythose from emerging market countries where stock markets have relatively low cor-relations with those in developed countries. For instance, according to Morgan StanleyCapital Internationals estimates, between 1985 and 1990, an investor holding an all-US portfolio could improve her returns by over 25 per cent by holding the MSCIworld index instead and at the same time, reduce her risk by about 2 per cent*.
The portfolio investors problem may be thought of as deciding upon appropriatecountry weights in the portfolio so as to maximise portfolio returns subject to a riskconstraint, or in the absence of a pre-specified risk level, to reach the optimum
portfolio, that which has the highest Sharpe ratio, S, where the Sharpe ratio is theratio of expected excess return (excess over the risk-free rate) to the dispersion(standard deviation) of the return. The problem, therefore, is as follows:
P
fP
x
rrESMax
i
=
)(
}{
where {xi}refers to the portfolio weights for different countries and E(r
P) and
Prefer
to the expected return and standard deviation of the return for the entire portfoliorespectively.
Since the variability of the portfolio return (
P) depends on the correlation matrix ofthe country level returns, emerging markets with their lower correlation with devel-oped markets help to reduce the overall risk of the investor. Thus, emerging marketslike India are naturally attractive to international portfolio investors as investmentdestinations. Beginning in the mid-80s several of these markets that were previouslyclosed to foreign investors, began to liberalise making portfolio investments possi-ble and portfolio investments poured into them in the 90s till the Asian crisis.
* See Tesar (1999).
3 See, for instance, Bhagwati (1998), Krugman (1998) and Stiglitz (1998)
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sons, expressed doubts about the wisdom of the IMF view of promoting
free capital mobility among countries.
International capital flows and capital controls have emerged
as important policy issues in the Indian context as well.4 The danger of
Mexico-style abrupt and sudden outflows inherent with FII flows and
their destabilising effects on equity and foreign exchange markets have
been stressed. Some authors have argued that FII flows have, in fact,
had no significant benefits for the economy at large.
While these concerns are all well placed, comparatively less
attention has been paid so far to analysing the FII flows data and
understanding their key features. A proper understanding of the nature
and determinants of these flows, however, is essential for a meaningful
debate about their effects as well as for predicting the chances of their
sudden reversals. In an attempt to address this lacuna, this paper
undertakes an empirical analysis of FII investment flows to India.
The broad objective of the present paper is to gain a better
understanding of the nature and determinants of FII flows. Towards this
end we first take a look at the FII investment flows data to bring out the
key features of these flows. Next we study the relationship between FII
flows and the stock market returns in India with a close look at the
issue of causality. Finally we study the impact of other factors identified
in the portfolio flows literature on the FII flows to India. In all of these
investigations we make a distinction between the pre-Asian crisis period
and the post-Asian crisis period to check if there was a regime shift in
the relationships owing to the Asian crisis.
The paper is arranged as follows. The next section sketches a
brief review of the recent literature in the area. The third section
provides an overview of the nature and sources of portfolio flows in
India, pointing out their main characteristics. The fourth section probes
into the possible determinants of FII flows to India. The fifth and final
section concludes with a summary of the major findings and their
policy implications.
II. What we know about International Portfolio FlowsInternational portfolio flows are, as opposed to foreign direct
investment, liquid in nature and are motivated by international portfo-
lio diversification benefits for individual and institutional investors in
industrial countries. They are usually undertaken by institutionalinvestors like pension funds and mutual funds. Such flows are, there-
fore, largely determined by the performance of the stock markets of the
host countries relative to world markets. With the opening of stock
markets in various emerging economies to foreign investors, investors
in industrial countries have increasingly sought to realise the potential
for portfolio diversification that these markets present. While the
4 See Samal (1997), Pal (1998) and Rangarajan (2000) for instance.
While the Mexican
crisis of 1994, the
subsequent Tequila
effect, and the
widespread Asian
crisis have had
temporary
dampening effects
on international
portfolio flows, they
have failed to
counter the long-
term momentum of
these flows.
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Mexican crisis of 1994, the subsequent Tequila effect, and the wide-
spread Asian crisis have had temporary dampening effects on interna-
tional portfolio flows, they have failed to counter the long-term mo-
mentum of these flows. Indeed, several researchers5 have found evi-
dence of persistent home bias in the portfolios of investors in indus-
trial countries in the nineties. This home biasthe tendency to hold
disproportionate amounts of stock from the home countrysuggests
substantial potential for further portfolio flows as global market
integration increases over time.
It is important to note that global financial integration, how-
ever, can have two distinct and in some ways conflicting effects on this
home bias. As more and more countriesparticularly the emerging
marketsopen up their markets for foreign investment, investors in
developed countries will have a greater opportunity to hold foreign
assets. However, these flows themselves, along with greater trade flows
will tend to cause different national markets to increasingly become
parts of a more unified global market, reducing their diversification
benefits. Which of these two effects will dominate is, of course, an
empirical issue, but given the extent of the home bias it is likely that
for quite a few years to come, FII flows would increase with global
integration.
In recent years, international portfolio flows to developing
countries have received the attention of scholars in the areas of finance
and international economics alike. In the 1990s several papers have
explored the causes and effects of cross-border portfolio investment.
While papers in the finance tradition have focused on the nature and
determinants of portfolio flows from the perspective of the diversifying
investors, those from the international macroeconomics perspective
have focused on the recipient countrys situation and appropriate policy
response to such flows. For the present purposes, we shall focus only on
papers that address the issue of portfolio flows exclusively.6
Previous research has also attempted to identify the factors
behind these capital flows.7 The main question is whether capital flew
into these countries primarily as a result of changes in global (largely
US) factors or in response to events and indicators in the recipient
countries like their credit rating and domestic stock market return. The
question is particularly important for policy makers in order to get a
better understanding of the reliability and stability of such flows.The answer is mixedboth global and country-specific factors seem to
matter, with the latter being particularly important in the case of Asian
countries and for debt flows rather than equity flows.
5 Including French and Poterba (1991), Cooper and Kaplanis (1994) andTesar and Werner (1995a).
6 For the related literature on international capital flows in general(comprising both FDI and portfolio flows) see Calvo et al (1993), World Bank(1997), and Feldstein (1999).
7 See Chuhan et al (1998)
The main question
is whether capital
flew into these
countries primarily
as a result of
changes in global
(largely US) factors
or in response to
events and
indicators in the
recipient countries
like their credit
rating and domestic
stock market return.
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As for the motivation of US equity investment in foreign
markets, recent research8 suggests that US portfolio managers investing
abroad seem to be chasing returns in foreign markets rather than sim-
ply diversifying to reduce overall portfolio risk. The findings include
the well-documented home bias in OECD investments, high turnover
in foreign market investments and that, in general, the patterns of
foreign equity investment were far from what an international portfolio
diversification model would recommend. The share of investments
going to emerging markets has been roughly proportional to the share
of these markets in global market capitalisation but the volatility of US
transactions was even higher in emerging markets than in other OECD
countries. Furthermore, there was no relation between the volume of US
transactions in these markets and their stock market volatility.
The Mexican and Asian crises and the widespread outcry
against international portfolio investors in both cases have prompted
analyses of short-term movements in international portfolio investment
flows. The question of feedback trading has received considerable
attention. This refers to investors reaction to recent changes in equity
prices. If a gain in equity values tends to bring in more portfolio
inflows, it is an instance of positive feedback trading while a decline
in flows following a rise in equity values is termed negative feedback
trading. Between 1989 and 1996 unexpectedequity flows from abroad
raised stock prices in Mexico at the rate of 13 percentage points for
every 1 per cent rise in the flows.9 There has been, however, no evi-
dence of feedback trading among foreign investors in Mexico. In the
period leading to the Asian crisis, on the other hand, Korea witnessed
positive feedback trading and significant herding among foreign
investors.10 Nevertheless, contrary to the belief in some segments, these
tendencies actually diminished markedly in the crisis period and there
has been no evidence of any destabilising role of foreign equity
investors in the Korean crisis. While FII flows to the Asian Crisis
countries dropped sharply in 1997 and 1998 from their pre-crisis levels,
it is generally held that the flows reacted to the crisis (possibly exacer-
bating it) rather than causing it.
More recent studies11 find that the effect of regional factors as
determinants of portfolio flows has been increasing in importance over
time. In other words portfolio flows to different countries in a region
tend to be highly correlated. Also the flows are more persistent thanreturns in the domestic markets. Feedback trading or return-chasing
behaviour is also more pronounced. The flows appear to affect contem-
poraneous and future stock returns positively, particularly in the case of
8 See Bohn and Tesar (1996) and Tesar and Werner (1995a) for studies offlows to OECD countries and Tesar and Werner (1995b) for a study of US portfolioflows to emerging markets.
9 See Clark and Berko (1997)10 See Choe et al (1999)11 See, for instance, Froot et al (2001)
As for the
motivation of US
equity investment in
foreign markets,
recent research
suggests that US
portfolio managers
investing abroad
seem to be chasing
returns in foreign
markets rather than
sim-ply diversifying
to reduce overall
portfolio risk.
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emerging markets. Finally stock prices seem to behave on the assump-
tion of persistent portfolio inflows.
It is commonly argued that local investors possess greater
knowledge about a countrys financial markets than foreign investors
and that this asymmetry lies at the heart of the observed home bias
among investors in industrialised countries. A key implication of recent
theoretical work in this area12 is that in the presence of such informa-
tion asymmetry, portfolio flows to a country would be related to returns
in both recipient and source countries. In the absence of such asymme-
try, only the recipient countrys returns should affect these flows.
III. Foreign Institutional Investment in India: An OverviewIndia opened its stock markets to foreign investors in Septem-
ber 1992 and has, since 1993, received considerable amount of portfo-
lio investment from foreigners in the form of Foreign Institutional
Investors (FII) investment in equities. This has become one of the main
channels of international portfolio investment in India for foreigners.13
In order to trade in Indian equity markets, foreign corporations need to
register with the Securities and Exchange Board of India (SEBI) as
FIIs.14 The SEBI definition of FIIs presently includes foreign pension
funds, mutual funds, charitable/endowment/university funds etc. as well
as asset management companies and other money managers operating
on their behalf.
The trickle of FII flows to India that began in January 1993 has
gradually expanded to an average monthly inflow of close to Rs. 1,900
crore during the first six months of 2001. By June 2001, over 500 FIIs
were registered with SEBI. The total amount of FII investment in India
had accumulated to a formidable sum of over Rs. 50,000 crore during
this time (see Chart 1). In terms of market capitalisation too, the share
of FIIs has steadily climbed to about 9 per cent of the total market
capitalisation of BSE (which, in turn, accounts for over 90 per cent of
the total market capitalisation in India).
The sources of these FII flows are varied. The FIIs registered
with SEBI come from as many as 28 countries (including money
management companies operating in India on behalf of foreign inves-
tors). US-based institutions accounted for slightly over 41 per cent,
those from the UK constitute about 20 per cent with other Western
European countries hosting another 17 per cent of the FIIs (see Chart 2).
12 See Brennan and Cao (1997)13 The closed-end country fund, The India Fund launched in June 1986
provided a channel for portfolio investment in India before the stock marketliberalisation in 1992. Global Depository Receipts, American Depository Receipts,Foreign Currency Convertible Bonds and Foreign Currency Bonds issued by Indiancompanies and traded in foreign exchanges provide other routes for portfolioinvestment in India by foreign investors.
14 It is also possible for foreigners to trade in Indian securities withoutregistering as an FII; but such cases require approval from the RBI or the ForeignInvestment Promotion Board.
The effect of
regional factors as
determinants of
portfolio flows has
been increasing in
importance over
time. In other words
portfolio flows to
different countries in
a region tend to be
highly correlated.
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0
100
200
300
400
500
600
Months
0
10000
20000
30000
40000
50000
60000
Number of registered .IIs
Cumulative Investment
USA42%
UK20%
WEurope17%
Hong Kong
6%Singapore
4%Australia
4%
MiddleEast
1%
Canada2%
Japan1%
India1%
Others2%
CHART 1Growth of FII Investment in India
CHART 2Sources of FII Investment in India
Source: SEBI website
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Box 2: Some descriptive statistics of FII flows to India
The histogram and descriptive statistics for net FII flows between January 1993 andDecember 1999, the sample period selected for our analysis, are given in Panel A ofFigure 3. A Jarque-Bera test of normality in the distribution of FII flows fails to rejectthe null hypothesis of normality for the data during the sample period. The flows,however, are somewhat volatile with a coefficient of variation of over 1.22. They arealso considerably auto-correlated. The auto-correlation with one lag is over 0.5 and
that with two lags is over 0.26.CHART 3 Panel A
Histogram and descriptive statistics of FII flows
Panel A: Net FII flows (Rs. Crores)
02
175
15
125
01
075
05
025
025
05
075
01
125
15
175
02
225
25
275
03
325
35
375
04
425
45
475
05
re
CHART 3 Panel B
Histogram and descriptive statistics of FII flows
Panel B: FII flows as a proportion of previous months' BSE market capitalisation
Panel B of Figure 3 shows the histogram and descriptive statistics for FII flows as aproportion of the preceding months BSE market capitalisation. Here the coefficient ofvariationjust above 1.13is slightly less than in the flows themselves implying thatthe market capitalisation itself is more volatile than the FII flows. The Jarque-Bera teststatistic rejects the null hypothesis of normality at 1 per cent level in this case. Thedegree of auto-correlation is about as strong, i.e. 0.49 with one lag and much strongerover 0.38for two lags.
Sample: 1993:051999:12Observations 80
Mean 0.001024Median 0.000879Maximum 0.004929Minimum -0.001595Std. Dev. 0.001161Skewness 0.576284Kurtosis 4.249903
Jarque-Bera 9.635571Probability 0.008085
-0.002
-0.00175
-0.0015
-0.00125
-0.001
-0.00075
-0.0005
-0.000250
0.00025
0.0005
0.00075
0.001
0.00125
0.0015
0.00175
0.002
0.00225
0.0025
0.00275
0.003
0.00325
0.0035
0.00375
0.004
0.00425
0.0045
0.00475
0.005
More
Sample: 1993:051999:12
Observations 80
Mean 439.5139Median 406.6350Maximum 1673.000Minimum -896.4100Std. Dev. 539.2140Skewness 0.080577Kurtosis 3.274955
Jarque-Bera 0.338569Probability 0.844269
Net FII Flows (Rs. Crores)
Fre
quency
12
10
8
6
4
2
0
-900
-800
-700
-600
-500
-400
-300
-200
-1000
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
More
FII flows as a proportion of previous months BSE market capitalization
Frequency
18
16
14
12
10
8
6
4
2
0
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It is, however, instructive to bear in mind that these national affiliations
do not necessarily mean that the actual investor funds come from these
particular countries. Given the significant financial flows among the
industrial countries, national affiliations are very rough indicators of
the home of the FII investments. In particular institutions operating
from Luxembourg, Cayman Islands or Channel Islands, or even those
based at Singapore or Hong Kong are likely to be investing funds
largely on behalf of residents in other countries. Nevertheless, the
regional breakdown of the FIIs does provide an idea of the relative
importance of different regions of the world in the FII flows.
Some descriptive statistics about the FII flows are provided in
Box 2. The data used for this and the analysis in the remainder of the
paper are described in Appendix 1.
IV. Factors affecting FII flowsIn this section we shall study the relationship between FII flows
and possible economic factors affecting it, particularly stock returns in
the Indian market.
FII flows and stock returnsdetermining
the cause and the effect
FII flows and contemporaneous stock returns are strongly
correlated in India. The correlation coefficients between different
measures of FII flows and market returns on BSE during different
sample periods are shown in the different panels ofTable 1. While the
TABLE 1FII flows and Returns on BSECorrelations
Net FII FII flow as pro- Return onflow portion of pre- BSE Natio-
ceding months nal IndexBSE market cap (Rupees)
Panel A: Entire Sample: May1993 Dec 1999
FII flow as proportion of precedingmonths BSE market cap 0.93
Return on BSE National Index (Rupees) 0.52 0.56
Return on BSE National Index (US $) 0.53 0.58 0.98
Panel B: Pre-Asian Crisis period: May 1993 June 1997
FII flow as proportion of precedingmonths BSE market cap 0.88
Return on BSE National Index (Rupees) 0.40 0.56
Return on BSE National Index (US $) 0.41 0.58 0.98
Panel C: Asian Crisis and after: July 1997 Dec 1999
FII flow as proportion of precedingmonths BSE market cap 0.99
Return on BSE National Index (Rupees) 0.67 0.66
Return on BSE National Index (US $) 0.67 0.66 0.98
Given the significant
financial flows
among the industrial
countries, national
affiliations are very
rough indicators of
the home of the FII
investments.
Nevertheless, the
regional breakdown
of the FIIs does
provide an idea of
the relative
importance ofdifferent regions of
the world in the FII
flows.
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correlations are quite high throughout the sample period, they exhibit a
significant rise since the beginning of the Asian crisis.
These positive correlations have often been held as evidence of
FII actions determining Indian equity market returns. However, correla-
tion itself does not imply causality. A positive relationship between
portfolio inflows and stock returns is consistent with at least four
distinct theories: (1) the omitted variables hypothesis; (2) the down-
ward sloping demand curve view; (3) the base-broadening theory;
and (4) the positive feedback strategy view.
The omitted variables view is the classic case of spurious
correlationthat the correlated variables, in fact, have no causal
relationship between them but are both affected by one or more other
variables missed out in the analysis. The downward sloping demand
curve view contends that foreign investment creates a buying pressure
for stocks in the emerging market in question and causes stock prices to
rise much in the same way as suddenly higher demand for a commodity
would cause its price to rise. The base-broadening argument contends
that once foreigners begin to invest in a country, the financial markets
in that country are now no longer moved by national economic factors
alone but rather begin to be affected by foreign market movements as
well. As the market itself is now affected by more factors than before,
its exposure to domestic shocks declines. Consequently the risk of the
market itself falls, people demand a lower risk premium to buy stocks,
and stock prices rise to higher levels. Finally the positive feedback
view asserts that if investors chase returns in the immediate past (like
the previous day or week) then aggregating their fund flows over the
month can lead to a positive relationship in the contemporaneous
monthly data.
In the present context, both directions of causation are equally
plausible. Detailed statistical tests (see Box 3) however, indicate that
the FII flows are likely to have been more of an effectof market returns
in India than their cause.
Further statistical tests (see Box 4) suggest that returns on the
Bombay Stock Exchange (BSE) Index explain close to a third of the
total variation in FII flows during the entire period. They also indicate,
however, that the Asian crisis marked a regime shift in the relationship
between FII flows and Indian stock market return. During and after the
crisis, the returns explained about 40 per cent of the total variation inFII flows.
The positive relationship between market return and FII flows,
however, serves only as a first-pass in understanding the nature of such
flows and their implications for the Indian markets. Since the FII flows
essentially serve to diversify the portfolio of foreign investors, it is only
normal to expect that several factorsboth domestic as well as exter-
nal to Indiaare likely to affect them along with the expected stock
The positive
relationship
between market
return and FII flows,however, serves
only as a first-pass
in understanding the
nature of such flows
and their
implications for the
Indian markets.
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BOX 3: FII flows and Equity Returns in India: Cause or Effect?
Pair-wise Granger causality tests between net FII inflows (as a proportion of preced-ing months BSE market capitalisation) and monthly return on the BSE NationalIndex, reported in Table 2, Panel A fail to categorically establish a causal directionsince non-causality is rejected in both directions at least at the 5 per cent level ofsignificance. During the pre-Asian Crisis period, however, there seems to be some
support for the causality running from flows to returns, while with the onset of theAsian Crisis, there is mild evidence of a reversal of causality. On the whole then, theissue of which is the cause and which is the effect remains indeterminate withmonthly data.
. . . continued on following page
TABLE 2
Granger Causality tests between Returns on the BSE National Index on
FII investment flows
Panel A: Monthly Data1993 to 1999
Null Hypothesis Entire Pre-Asian Asian Crisis
Sample Crisis and after Returns+ do not cause FII flows# 3.2105 0.975 2.29915
Flows do not cause returns 6.1471 2.74410 1.738
The tests use two lags.+ Monthly Returns on the BSE National Index# Ratio of net FII flows to BSE market capitalisation in the previous month1, 5,10 and 15 denote significance at 1 per cent, 5 per cent, 10 per cent and 15 per cent levels
respectively.
Panel B: Daily DataJanuary 1, 1999 to December 31, 1999
Lags considered 2 3 4 5 6
Null Hypothesis
Returns+ do not cause FII flows# 8.3861 5.5331 4.2231 4.0851 3.2561
Flows do not cause returns 0.963 0.766 1.891 1.732 1.399
+ Daily Returns on the BSE National Index# Ratio of net FII flows to BSE market capitalisation in the previous month1, 5,10 and 15 denote significance at 1 per cent, 5 per cent, 10 per cent and 15 per cent levels
respectively.
In order to dig deeper into the issue of direction of causality then, we have to usedaily data. Fortunately daily data are available (from SEBI website) on net FII flowssince January 1999. Thus in order to get a better sense of the direction of causality werun pair-wise Granger-causality tests with daily data for 1999 at several lags andreport these results in Panel B of Table 2. Here the results seem to be far moreunequivocal. At all lags the Granger causality tests reject the hypothesis of returnsnot causing flows at the 1 per cent level while the null hypothesis of reverse non-causality is never rejected. Thus this data seems to support the view that the FII flowsare more an effectthan a cause of market returns in India. Chart 4shows the weeklypatterns in returns and FII flows during 1999.
One qualifier may not, however, be out of place here. Loosely speaking, Table 2,Panel A seems to suggest a slight reversion of causality between flows and returns in
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the pre-Asian crisis period and that of the later period. Since the daily data comesentirely from the post-Asian crisis period, it may be still be true that the reversecausation was in effect in the pre-crisis period.Finally, the model-free approach of detecting causality between the two variablessimply by using Granger causality can only serve as a preliminary check for thedirection of causality. The orthodox way of doing such analysis would almost alwaysbegin with a priorimodelling of these variables. However, since in financial markets,information flows drive both returns and investment flows, implications about cau-sality between these two variables can also be highly model-specific. In such asituation an agnostic test like Granger causality does have some usefulness in detect-ing the direction of causality.
CHART 4
Returns and FII flows during 1999
returns in India. Past research suggests15 that the declining world
interest rates have been among the important push factors for
international portfolio flows in the early 90s. The usual suspects in
the literature include US and world equity returns, changes in interest
rates, stock market volatility, some measure of the country risk and the
exchange rate. In the Indian case, however, these factors do not appear
to have had a prominent role in motivating FII flows (see Box 4).
Finally it also appears that there has been no significant informationaldisadvantage for FIIs vis--vis the local investors in the Indian market.
Other factors that may affect FII flows
Country risk measures, that incorporate political and other
risks in addition to the usual economic and financial variables, may be
expected to have an impact on portfolio flows to India though they are
15 See Calvo et al (1993)
Return
.II flow
AverageFIIflowduringtheweek(as
aproportion
ofpreviousmonths'BSEmarketcapitalization)
Averagedailyreturnduringa
week
0.0004
0.0003
0.0002
0.0001
0
-0.0001
-0.0002
0.03
0.025
0.02
0.015
0.01
0.005
0
-0.005
-0.01
-0.015
-0.02
-0.025
Return
FII flow
Weeks
1/8/1999
3/19/1999
6/11/1999
8/20/1999
10/29/1999
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Box 4: Further Analysis of the Determinants of FII flows
Equity Market returns
Table 3 presents the results of a regression of FII flows (as a proportion of theprevious months BSE capitalisation) on monthly rupee returns* on the BSE NationalIndex. Because of evidence of auto-correlated residuals from the Durbin-Watsonstatistic, Newey-West heteroskedasticity and auto-correlation consistent standard
errors and co-variances are used in these regressions. The results indicate thatreturns on the BSE Index explain over three-tenths of the total variation in FII flowsduring the entire period. The explanatory power rises considerably with the onset ofthe Asian crisis when the regression accounts for over four-tenths of the variation.The results of a Chow breakpoint test shown in Table 3, Panel B, shows that the onsetof the Asian Crisis does mark a structural break in the relationship implying a rise inthe effect of market return in explaining FII flows.
TABLE 3
Regressions of FII investment flows on Monthly Returns on the
BSE National Index
Panel A: Dependent variable: Net monthly FII inflow as a proportion of thepreceding months BSE market capitalisation
Entire sample Pre Asian Cris is Asian Cris is and after
(1993:05 (1993:05 (1997:07
1999:12) 1997:06) 1999:12)
Constant 0.001 0.001 0.0003
(5.624) (8.300) (1.566)
Return on the BSE 0.008 1 0.008 1 0.0091
National Index (4.517) (2.836) (6.124)
Adjusted R2 0.310 0.304 0.419
Durbin-Watson 1.016 1.241 1.24
The regressions are estimated by OLS with Newey-West heteroskedasticity auto-correlation
consistent standard errors and covariance. The figures in parentheses are t-statistics.1 denotes significance at 1 per cent level.
Panel B: Chow Breakpoint Test: (Breakpoint1997:07)
F-statistic 9.767 Probability 0.000168
Log likelihood ratio 18.301 Probability 0.000106
The effect of other factors
As a second step in analysing the FII flows to India, we regress the FII flows on otherfactors identified in the literature and find out to what extent they help explain the FII
flows. To the extent that these factors may be affecting the Indian stock returnsthemselves, this exercise throws light on the possibility of omitted variables givingrise to the correlation between FII flows and monthly stock returns.Table 4reports the results from a regression of monthly FII flows (as a proportion ofpreceding months BSE market capitalisation) on several variables in addition to themonthly return on the BSE National Index. These variables are as follows: returns onthe S&P 500 index (a major US index), returns on the MSCI world index (a majorinternational index tracked by several international investment funds), volatility ofdaily US dollar return on the BSE National Index in the preceding month (as a
. . . continued on following page
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measure of total risk in the Indian market), the change in the short-term (45-day)fixed deposit rate in India and the return in the foreign exchange market (a positivereturn means depreciation of rupee). Once again Newey-West standard errors andco-variances are used in response to the low D-W statistics. Only the exchange ratemovements turn out to be significant (in addition to the stock returns) in theseregressions. A comparison with Table 3shows that in the entire sample the adjustedR2 goes up only marginally (presumably because of the exchange rate effect) while it
declines in both sub-samples. These variables thus collectively do little to explain theFII flows. The Chow test (Panel B) continues to detect a structural break with theonset of the Asian crisis.
TABLE 4
Regressions of FII investment flows on Monthly Returns
on the BSE National Index
Dependent variable: Net monthly FII inflow as a proportion of the preceding
months BSE market capitalisation
Entire sample PreAsian Crisis Asian Cris is and after
(1993:05 (1993:05 (1997:07
1999:12) 1997:06) 1999:12)
Constant 0.002 0.002 0.0000
(4.870) (4.053) (0.032)
Return on the BSE 0.0081 0.0075 0.0101
National Index (4.336) (2.439) (5.530)
Return on the MSCI 0.000 0.007 -0.018
World Index (0.013) (1.103) (-1.671)
Return on the S&P -0.004 -0.010 0.016
500 index (-0.520) (-1.552) (1.564)
Change in Indian short- 0.008 0.070 -0.154
term interest rate (0.082) (0.456) (-0.824)
Return Volatility in the -0.038 -0.014 0.019
preceding month (-1.784) (-0.474) (0.476)
Return on exchange rate -0.0105 -0.008 -0.005
(-2.363) (-1.609) (-0.883)
Adjusted R2 0.321 0.277 0.361
Durbin-Watson 1.123 1.361 1.363
The regressions are estimated by OLS with Newey-West heteroskedasticity auto-correlation
consistent standard errors and covariance. The figures in parentheses are t-statistics.1, 5 and 10 denote significance at 1 per cent, 5 per cent and 10 per cent levels respectively.
Panel B: Chow Breakpoint Test: (Breakpoint1997:07)
F-statistic 2.448 Probability 0.0271Log likelihood ratio 18.465 Probability 0.0100
The lack of significance of the world stock returns in explaining the portfolio flowsmay be interpreted, in light of Brennan and Cao (1997), to suggest that there is nosignificant informational asymmetry between FIIs and domestic investors in India.The presence of any informational disadvantage for the FIIs would have made theworld indices a significant determinant of their investment flows.
*The dollar returns and returns in excess of the short-term (45-day) interest rates were also used and they
produce nearly identical results.
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likely to matter more in the case of FDI flows. In order to check the
impact of such country risk on FII flows, semi-annual country risk
scores for India were taken from the Institutional Investor magazine, an
important country-rating agency. These raw ratings were then divided
by the world average rating to obtain normalised ratings. The intuition
behind this normalisation is as follows. If Indias credit rating improves
but those of other countries improve even more, then India may not
improve its relative attractiveness as a destination of investment flows.
The relation between the normalised country rating and the average
monthly FII flows (as a proportion of the preceding months BSE
capitalisation) is shown in Chart 5. The correlation between the two
variables is 0.15. No relationship is evident from the figure itself and
statistical testing confirms this view16. Thus we can conclude that
broadly speaking there is no evidence of India credit rating affecting
FII flows.
CHART 5
Credit Rating and Subsequent FII flows
It is also conceivable that the extent to which the Indian market
moves out of step with the world market is a factor in determining its
attractiveness to foreign investors. The lower the co-movement, the
greater the protection that investment in India provides to investorsagainst world market shocks. Statistical tests (see Box 5) indicate that
this was indeed true in the pre-Asian Crisis period but ceased to hold in
the Crisis period.
16 A Granger causality test fails to reject the null hypothesis that therating does not cause FII flows at the 10% level.
Normalized Rating
.II flow
Averagemonthly
FIIflow(asapercentageofBSEmarket
capintheprecedingmonth)forthefollowing6months0.30%
0.25%
0.20%
0.15%
0.10%
0.05%
0.00%
-0.05%
Sep-9
3
Mar-9
4
Sep-9
4
Mar-9
5
Sep-9
5
Mar-9
6
Sep-9
6
Mar-9
7
Sep-9
7
Mar-9
8
Sep-9
8
Mar-9
9
Sep-9
9
India'scre
ditratingasamultipleofglobal
averagecreditrating
1.9
1.7
1.5
1.3
1.1
0.9
Normalised Rating
FII flow
It is also
conceivable that the
extent to which the
Indian market
moves out of step
with the world
market is a factor in
determining its
attractiveness to
foreign investors.
. . . Statistical tests
indicate that this
was indeed true in
the pre-Asian Crisis
period but ceased tohold in the Crisis
period.
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BOX 5: Indias status as a hedge against world shocks
According to the standard International Capital Asset Pricing Model (ICAPM) ap-proach, the measure of risk of holding the Indian market in an internationallydiversified portfolio is given by the beta of the Indian market (slope of the regres-sion of Indian returns on world returns) with respect to the relevant world market.Thus, if the beta of the Indian market decreases, it is likely to improve the attractive-
ness of the Indian market to the international investor simply for the benefits of totalrisk reduction through diversification.
In order to check this relationship we compute the betaof monthly US dollarsreturn on the BSE National Index with returns on the S&P 500 index
[)(
),(
500
500
SP
SPBSE
rVar
rrCov= ] and returns on the MSCI world index. The betas for
each month are computed using returns data for the previous 24 months. Chart 6shows the data and Table 5shows the regression estimates. The regressions indi-cate that the beta of the Indian market with respect to the S&P 500 has a significanteffect in explaining FII investment flows before the Asian crisis but not during or
after the crisis period. The beta with respect to the world market is insignificant inboth periods. The Chow test (Panel B), however, rejects the null hypothesis of nostructural break at the onset of the Asian crisis only at the 15 per cent level.
CHART 6
FII flows and the beta of the Indian market with respect to S&P 500
. . . continued on following page
.II flow
beta_S&P500
FII flow
beta_S$P500
BetaofBSENationalIndexwithrespecttoS&P500
1
0.5
0
-0.5
-1
-1.5
-2
-2.5
FIIflow(percentageofprecedingmonth's
BSEmarketcapitalization)
0.006
0.005
0.004
0.003
0.002
0.001
0
-0.001
-0.002
Months (May 1993 to December 1999)
Jul-93
Jan-9
4
Jul-94
Jan-9
5
Jul-95
Jan-9
6
Jul-96
Jan-9
7
Jul-97
Jan-9
8
Jul-98
Jan-9
9
Jul-99
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TABLE 5
Regressions of FII investment flows on betas of the BSE National Index with
respect to S&P500 and the MSCI World Index
Panel A: Dependent variable: Net monthly FII inflow as a proportion of the
preceding months BSE market capitalisation
Entire sample Pre Asian Cris is Asian Cris is and after
(1993:05 (1993:05 (1997:07 1999:12) 1997:06) 1999:12)
Constant 0.001 0.001 0.001
(5.685) (6.980) (2.408)
Beta (S&P 500) -0.001 -0.0015 0.0001
(-1.848) (-2.324) (0.391)
Beta (MSCI World Index) -0.0002 0.0002 -0.002
(-0.314) (0.387) (-1.330)
Adjusted R2 0.179 0.119 0.067
Durbin-Watson 1.323 1.349 1.457
The regressions are estimated by OLS with Newey-West heteroskedasticity auto-correlationconsistent standard errors and covariance. The figures in parentheses are t-statistics.5 denotes significance at the 5 per cent level.
Panel B: Chow Breakpoint Test: (Breakpoint1997:07)
F-statistic 1.983 Probability 0.123
Log likelihood ratio 6.186 Probability 0.103
VI. Main Findings and ConclusionThe empirical investigation of FII flows to India have elicited
the following stylised facts about the such flows:
a. FII flows are correlated with contemporaneous returns in the
Indian markets.
b. This high correlation is not necessarily evidence of FII flows
causing price pressureif anything, the causality is likely to
be the other way around.
c. A collection of domestic and international variables likely to
affect both flows and returns fails to diminish the importance of
contemporaneous returns in explaining FII flows.
d. Since the US and world returns are not significant in explainingthe FII flows, there is no evidence17 of any informational
disadvantage of FIIs in comparison with the domestic investors
in India.
e. Changes in country risk ratings for India do not appear to
affect the FII flows.
f. The beta of the Indian market with respect to the S&P 500
index (but not the beta with respect to the MSCI world index)
17 In the sense of the Brennan and Cao (1997) model.
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seems to affect the FII flows inversely but the effect disappears
in the postAsian crisis period.
g. There appears to be significant differences in the nature of FII
flows before and after the Asian crisis. In the post Asian crisis
period it seems that the returns on the BSE National Index have
become the sole driving force behind FII flows.
The stylised facts listed above lead to a better understanding ofFII flows to India. The weakness of the evidence of causality from flows
to returns contradicts the view that the FIIs determine market returns in
general, though herding effectsparticularly with domestic specula-
tors imitating FII movesmay well be present in cases of individual
stocks. Particularly since the Asian crisiswhich seems to have brought
about a regime shift in the relationship between FII flows and stock
market returnsthe direction of causation seems to be running from the
returns to the flows. The relative stability in the exchange rate of the
Indian Rupee in the post-Asian crisis era seems to have outweighed
fluctuations in the countrys credit rating among foreign portfolioinvestors.
It is notable that the Asian crisis appears to have acted as a
watershed in several of the key relationships affecting the FII flows to
India. This is not an overly surprising result. Recent research18 has
demonstrated that the Asian crisis caused several major changes in the
financial relationship among European countries half-way across the
globe. In fact the crisis appeared to have altered several of the ground
rules of international portfolio investing around the world. Why
exactly the relationships analysed here demonstrate a structural break
at the outbreak of the Asian crisis is a matter of speculation. However,it is plausible that the crisis and Indias relative imperviousness to it
increased Indias attractiveness to portfolio investors particularly as
many other emerging markets began to appear extremely risky. This
substitution effect may well have drowned other long-term relation-
ships. Besides, investors may have started paying closer attention to
obtaining and processing information in destination countries in the
wake of the Asian crisis causing an information effect that could have
altered the past relationship as well. Finally, behavioural changes
among international portfolio investors following the crisis cannot be
ruled out either.Another important area is the mild evidence towards the FII
flows being affected by returns in the Indian markets in the immediate
past. Such a relationship suggests that given the thinness of the Indian
market and its evident susceptibility to manipulations, FII flows can, in
fact, aggravate the occurrence of equity market bubbles though they
18 See Chakrabarti and Roll (2002).
There appears to be
significant
differences in the
nature of FII flows
before and after the
Asian crisis. In the
post Asian crisis
period it seems that
the returns on the
BSE National Index
have become the
sole driving force
behind FII flows.
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may not actually startthem. This is obviously an important concern for
policy makers and market regulators.
This paper provides a preliminary analysis of FII flows to India
and their relationship with several relevant variables especially returns
in the Indian stock market. A more detailed study using daily data for a
longer period or, better still, disaggregated data showing the transac-
tions of individual FIIs at the stock level can help address questions
regarding the extent of herding or return-chasing behaviour among
FIIsindicators that can help us estimate the probability of sudden
Mexico-type reversals of these FII flows which now account for a
significant part of the capital account balance in our balance of pay-
ments. The extent to which FII participation in Indian markets has
helped lower cost of capital to Indian industries is also an important
issue to investigate.
Broader and more long-term issues involving foreign portfolio
investment in India and their economy-wide implications19 have not
been addressed in this paper. Such issues would invariably require an
estimation of the societal costs of the volatility and uncertainty associ-
ated with FII flows. A detailed understanding of the nature and determi-
nants of FII flows to India would help us address such questions in a
more informed manner and allow us to better evaluate the risks and
benefits of foreign portfolio investment in India.
19 Like those raised in Pal (1998).
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Widgets and Dollars, Foreign Affairs, Vol. 77, pp. 7-12.Bohn, Henning and Linda Tesar, 1996. U.S. equity investment in foreign markets:
Portfolio rebalancing or return chasing? American Economic Review,Vol.86, pp. 77-81.
Brennan, Michael J. and H. Henry Cao, 1997. International Portfolio InvestmentFlows, Journal of Finance, Vol. LII, No.5, December, pp. 1851- 1880.
Calvo, Guillermo A., Leonardo Leiderman and Carmen M. Reinhart, 1993. Inflows
of Capital to Developing Countries in the 1990s, Journal of EconomicPerspectives, Vol. 10, No.2, Spring, pp. 123-139.
Choe, Hyuk, Bong-Chan Kho and Rene M. Stulz, 1999. Do foreign investorsdestabilize stock markets? The Korean experience in 1997, Journal ofFinancial Economics, Vol. 54, pp. 227-264.
Chakrabarti, Rajesh and Richard Roll, 2002, East Asia and Europe during the 1997Asian collapse: a clinical study of a financial crisis, Journal of FinancialMarkets, 5(1), pp. 1-30.
Chuhan, Punam, Claessens Stijn, Mamingi Nlandu, 1998. Equity and bond flows toLatin America and Asia: the role of global and country factors, Journal ofDevelopment Economics, Vol.55, No.2, pp. 441-465.
Clark, John and Elizabeth Berko, 1997. Foreign Investment Fluctuations andEmerging Market Stock Returns, Federal Reserve Bank of New York Staff
Papers, Number 24, May.Cooper, Ian A., and Evi Kaplanis, 1994. Home bias in equity portfolios, inflation
hedging, and international capital market equilibrium, Review ofFinancial Studies, vol.7, pp. 45-60.
Corsetti, G., P. Pesenti and N. Roubini, 1999. What caused the Asian Currency andFinancial Crises, Japan and the World Economy, Vol. 11, pp. 305-373.
Errunza, Vihang R., forthcoming. Foreign Portfolio Equity Investments in EconomicDevelopment, Review of International Economics.
Feldstein, Martin, ed. 1999. International Capital Flows, The University of ChicagoPress, Chicago and London.
French, Kenneth R., and James M. Poterba, 1991. Investor diversification andinternational equity markets, American Economic Review, Papers andProceedings 81, pp. 222-226.
Froot, Kenneth A., Paul G.J. OConnell and Mark S. Seasholes, 2001. The Portfolioflows of international investors, Journal of Financial Economics, Vol. 59,pp. 151-193.
Krugman, Paul, 1998. Saving Asia: Its Time to Get Radical, Fortune, September 7.Pal, Parthapratim, 1998. Foreign Portfolio Investment in Indian Equity Markets:
Has the Economy Benefited?, Economic and Political Weekly, March 14,pp. 589-598.
Rangarajan, C., 2000. Capital Flows: Another Look, Economic and PoliticalWeekly, December 9, pp. 4421-4427.
Samal, Kishore C., 1997. Emerging Equity Market in India: Role of ForeignInstitutional Investors, Economic and Political Weekly, October 18, pp.2729-2732.
Stiglitz, Joseph, 1998. Boats, planes and capital flows, Financial Times, March 25.
Tesar, Linda, 1999. The Role of Equity Markets in International Capital Flows, inFeldstein, Martin, ed. International Capital Flows, The University ofChicago Press, Chicago and London.
Tesar, Linda and Ingrid Werner,1995a. Home bias and high turnover, Journal ofInternational Money and Finance, vol. 14, pp. 467-492.
Tesar, Linda and Ingrid Werner,1995b. U.S. Equity Investment in Emerging StockMarkets, The World Bank Economic Review,Vol. 9, No. 1, January.
World Bank, 1997. Private Capital Flows to Developing Countries: The Road toFinancial Integration, Oxford University Press, New York.
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Appendix I: A Description of the DataThe data used in this paper comes from several sources. We use
monthly net FII investment figures obtained from the websites of RBI
and SEBI. Market capitalisation data are obtained from the BSE
website. Other financial data like the exchange rate, short-term interest
rate in India, returns on the MSCI world index, S&P 500 as well as the
BSE national index are obtained from Datastream. Country credit
rating data are obtained from several issues of the Institutional Investor
magazine.
The FII net investment series starts from January 1993 and the
BSE market capitalisation series starts in April 1993. The series of FII
flows as a proportion of preceding months BSE market capitalisation
therefore begins in May 1993.
Since the net monthly FII flows and the returns in the Indian
equity markets constitute two key variables in this study, we present, in
the three panels of Figure 1, the net FII flows, the BSE National Index
and net FII flows as a proportion of the preceding months BSE market
capitalisation from May 1993 to June 2001. The BSE National Index
immediately reveals the massive and short-lived bubble during 2000,
a phenomenon that is likely to have caused temporary but marked
deviations from the long-term relationship between FII flows and Indian
market returns. In order to avoid misleading results from this poten-
tially tainted period, we restrict our sample to the end of 1999 for
carrying out empirical analyses.
In order to check if the Asian crisis marked a structural break
in the relationships studied here, we sub-divide the sample period into
two sub-samples. Dating the Asian crisis to begin in July 1997*, the
pre-Asian Crisis sub-sample runs from May 1993 to June 1997 (50
months) and the Asian crisis sub-sample runs from July 1997 to Decem-
ber 1999 (30 months).
In order to study the causal linkage between FII flows and
contemporaneous stock returns in greater detail, we also use daily FII
flows data and daily returns on the BSE National Index for the year
1999. The daily FII flows data come from the SEBI website while the
daily returns data are, once again, obtained from Datastream. All
returns are computed on continuous compounding basis i.e. as the
excess of the logarithm of the index value on a date over the logarithm
of the index value on the previous date.
*This is the date generally accepted in the literature: see Corsetti et al (1999).
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