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PDF - III  Money, Credit and Prices ()
Date : Aug 28, 2000
III Money, Credit and Prices
Monetary Survey
Commercial Bank Survey
Price Situation

3.1 Monetary policy during 1999-2000 attempted to ensure that all legitimate requirements for bank credit were met while guarding against any emergence of inflationary pressures. During the year as a whole, broad money (M3) grew by 13.9 per cent, which was substantially below the long-run average of a little over 17.0 per cent. Scheduled commercial banks' non-food credit off-take picked up to record 16.5 per cent in support of industrial recovery. At the same time, long-term interest rates eased significantly.

MONETARY SURVEY

3.2 Increased by 13.9 per cent M3 (Rs.1,36,182 crore) during 1999-2000 as compared with the growth of 19.4 per cent in 1998-99 (Table 3.1). Net of Resurgent India growth rate worked out Bonds (RIBs), the M3 to 14.1 per cent during 1999-2000 as compared with 17.3 per cent during 1998-99.

3.3 Monetary aggregates as at end-March are compiled on the basis of data pertaining to the Reserve Bank as on March 31 (i.e., the last working day of the fiscal year) and scheduled commercial banks as on the last reporting Friday of the year. However, in 1999-2000, with the lag between the last reporting Friday of March (i.e., March 24, 2000) and March 31, widening to one full week, the year-end balance sheet adjustments, such as interest rate applications and credit disbursals, were large. For instance, scheduled commercial bank deposits increased by Rs.28,623 crore between March 24-31, 2000 as compared with Rs.11,526 crore between March 26-31, 1999. The year-end bulge in deposits usually results in a degree of overestimation of monetary growth, given the fact that a large part of such deposits, especially demand deposits are, in general, drained out of the banking system in April and May (Table 3.2). The exclusion of such outliers from monetary statistics would provide a more accurate picture of monetary growth. The aberrations that such point estimates could bring about could be somewhat obviated by growth averaging the monthly year-on-year M3 rates in line with the recommendations of the Working Group on Money Supply (1998). The (net of RIBs) monthly average year-on-year M3 growth rate worked out to 16.6 per cent during 1999-2000 as compared with 18.2 per cent during 1998-99.

Table 3.1: Monetary Flows

     

(Per cent)

    

Point-to-point basis


Monthly Average basis


 Variable

1999-

1998-99

Average

1999-

1998-99

Average

    

2000

 

during

2000

 

during

 
 
 
 
 
 

1990s


 
 

1990s


 
 
 
1

2


3


4


5


6


7


I.Reserve Money

8.1

14.6

13.9

11.9

12.2

14.4

II.Narrow Money (M1)

10.2

15.4

15.6

14.7

12.5

15.9

III.Broad Money (M3)

13.9

19.4

17.2

17.1

19.7

17.4

 III.1M3, net of RIBs

14.1

17.3

 

16.6

18.2

 
 III.2NM3

14.5

18.0

16.6

17.1

18.5

16.8

IV.Select Components of Broad Money      
 a)Currency with the Public

11.7

16.1

15.1

16.3

11.7

15.9

 b)Aggregate Deposits (i+ii)

14.5

20.2

17.6

17.3

21.9

17.6

  i)Demand Deposits

9.1

14.9

16.3

13.0

14.6

15.8

  ii)Time Deposits

15.6

21.4

18.0

18.2

23.3

18.2

V.Select Sources of Broad Money      
 a)Net Bank Credit to Government (i+ii)

14.2

17.0

14.2

15.1

18.0

14.6

  i)Net Reserve Bank Credit to Government

-2.8

12.9

7.5

5.3

18.7

8.9

   Of which: to Centre

-3.8

8.8

7.1

4.3

18.2

8.8

  ii) Other Banks' Credit to Government

25.3

19.8

21.2

21.6

17.8

21.1

 b)Bank Credit to Commercial Sector

16.6

14.5

14.4

16.1

15.0

14.3

  Of which:      
  Scheduled Commercial Banks' Non-food Credit

16.5

13.0

15.4

15.4

14.4

15.3

 
 
c)
 
Net Foreign Exchange Assets of the Banking Sector

15.6
 


28.8
 


44.7
 


21.1
 


31.2
 


46.4
 


Data are provisional.
 

 

3.4 The year-on-year growth rateM3 jumped in August 1998 due to inflows on account of RIBs and correspondingly dipped in August 1999 (Chart III.1). If RIBs are not directly reckoned in broad money in line with the residency criterion recommended by the Working Group, the month-end year-on-year growth rate would turn out to be broadly M3 stable throughout 1999-2000. Monetary growth was mainly driven by the accretion to primary liquidity during the first half of the year and multiplier resulting from the increase in the M3 the reduction in cash reserve requirements during the second half of the year. The increase in reserve money during 1999-2000 essentially emanated from a steady accretion to the Reserve Bank's net foreign assets (NFA) for the larger part of the year. Although the Reserve Bank's NFA declined during June-October 1999, the resultant contractionary effect was largely offset by an increase in the Reserve Bank's domestic credit, especially to banks and primary dealers. The growth in net bank credit to the government sector, which had been a major factor in intra-year fluctuations in M3 growth in the recent past, remained subdued in 1999-2000, reflecting the Reserve Bank's liquidity management operations. The expectations of a spurt in transactions demand on account of the Year 2000 transition did not, however, materialise.

Table 3.2: Scheduled Commercial Banks' Deposits and Credit: Year-end Positions

    

(Rupees crore)

Variable

March 24,

March 31,

April 21,

May 19,

 

2000

2000

2000

2000

 

over

over

over

over

 

March 10,

March 24,

March 31,

April 21,

 

2000


2000


2000


2000


1

2


3


4


5


Demand    
Deposits    
1999-2000

4,294

9,093

-5,753

-4,458

1998-99 #

14,561

5,929

-13,517

-2,160

     
Non-food    
Credit    
1999-2000

8,155

14,372

-3,287

-8,610

1998-99 #

13,513


6,387


-9,610


-3,409


# Corresponding position during 1998-99.
Note: Data are provisional.

3.5 Currency with the public expanded by 11.7 per cent (Rs.19,761 crore) in 1999-2000 as against 16.1 per cent in 1998-99. However, on monthly average basis, currency grew at a much higher rate of 16.3 per cent during 1999-2000 than that of 11.7 per cent during 1998-99. Aggregate deposits decelerated to 14.5 per cent (Rs.1,17,108 crore) during 1999-2000 from 20.2 per cent (17.6 per cent, net of RIBs) during 1998-99, because of a subdued growth in scheduled commercial banks' deposits at 13.9 per cent. During 1999-2000, interest rates on bank deposits of various maturities were revised downwards while the return on other financial assets such as equities remained strong. This was partly reflected in the relatively sluggish accretion to bank fixed deposits.

3.6 The income velocity of money is expected to decline with increased monetisation of the economy, especially with the spread of bank branches but increase with the implementation of financial sector reforms with consequential financial innovations. The income velocity has declined, since 1970-71, from an average of 3.5 in the 1970s to 2.4 in the 1980s and 2.1 in the 1990s. The demand for money which should have declined with financial innovations, has, in fact, gone up in the 1990s on the basis of evidence provided by the downward movement in the income velocity of money. This may be essentially on compilation includes banks' non-resident foreign currency repatriable fixed deposit liabilities such as FCNR(B) deposits (since May 1993) and RIBs (since August 1998), which essentially relate to non-resident portfolio considerations rather than domestic money demand. Secondly, the saving motive for holding money in the form of bank fixed deposits is still very strong despite the emergence of alternate instruments of saving, partly because of public confidence in the Indian banking system and partly because of absence of awareness about how the other financial markets operate. Thirdly, as all financial transactions between the non-bank financial intermediaries and the non-financial commercial sector are routed through the organised clearing and settlement operations in which banks are the participants, the role of banks as providers of financial services is best reflected in the growing number of bank accounts and the predominant share of bank deposits in total financial assets.

3.7 Monetary policy for 1999-2000 had to be framed in the context of uncertainties. The outlook on growth and inflation at the beginning of 1999-2000 was less than clear. However, the actual outcome in respect of real GDP growth and inflation turned out to be relatively favourable. While the foreign exchange market remained relatively stable during the year, the Reserve Bank had to occasionally undertake money market and foreign exchange market operations to contain speculative pressures. The course of monetary management, however, had to contend with buoyant commercial credit demand, the rise in the fiscal deficit and the inflationary implications arising out of the uncertainties surrounding the performance of agriculture. To face the multiple challenges, the Reserve Bank had to use an array of instruments to influence both the quantity and rate variables. While it is recognised that the rate channel would have to ultimately gain prominence in the conduct of monetary policy, in the absence of adequate integration of financial markets, quantity variables such as monetary and credit aggregates would continue to play an important role in the transition. In this context, the movements in broad money need to be seen along with those in output and prices (Chart III.2).

3.8 In the Indian context, both output and price stability should be recognised as vital objectives that should be pursued in both the short term and the medium term. In the absence of complete financial integration and in view of the on-going financial sector reforms, it would be difficult to have a specified single anchor for monetary policy. However, several central banks, especially in industrialised countries, have adopted inflation targeting, by doing away with the intermediate targeting framework, because of the uncertainties in the links between intermediate and final targets and because financial markets are generally well knit (Box III.1). Although price stability is an important economic policy objective by itself, there are several difficulties in adopting such a single goal of monetary policy in India. Given the need to manage the Government borrowing programme, the Reserve Bank would have to balance, often times, its internal debt management function with the monetary

 

Box III.1

Inflation Rate as Nominal Anchor for Monetary Policy

Nominal anchors serve as effective guideposts in the conduct of monetary policy. Three types of targets or nominal anchors, viz., monetary targeting (base money or broad money), exchange rate targeting and inflation targeting, have been adopted by different central banks depending upon their institutional and financial structure and the level of maturity of markets.

Inflation targeting is a framework, not a rule, for conducting monetary policy in which decisions are guided by expectations of future inflation relative to the announced target. Kannan (1999) pointed out that inflation targets could be regarded as a mixture of the solution to the problem of how best to convince economic agents regarding the authorities' good intentions and to the problem of how best to carry them out. In an inflation targeting framework, the authorities announce either a point target or a range for the target. The expected future inflation becomes an indicator variable for monetary policy. The central bank announcement in this regard could have leeway for pre-announced contingencies which would be outside the control of the monetary authority such as a shock in the terms of trade or a shift in indirect taxes.

From the policy perspective, the estimation of the permanent component, usually referred to as ';core'; inflation becomes crucial. The economic rationale for considering core inflation is governed by the fact that, being permanent in nature, it is fully anticipated by the economic agents and duly incorporated into their decision making processes. In other words, it is the existence of the permanent component which imparts downward rigidity to the measured rate of inflation in the event of a positive supply shock. From the monetary policy angle, it is desirable that the policy makers endeavour to reduce core inflation. However, the ideal measure of core inflation is yet to emerge in the Indian context.

In a policy framework of inflation targeting, transparency is an essential pre-requisite because the success of inflation targeting depends on whether private agents accept the officially announced target. Inflation targeting leaves room for policy discretion, and this freedom could tempt the monetary authority to raise output in the short term through expansionary policies. This phenomenon is commonly referred to in economic literature as the ';time inconsistency'; problem. Thus, discretionary policy suffers from inflation bias and the consequential loss of credibility. In other terms, potential inconsistencies between the inflation target and the preference for raising output beyond potential may render inflation targeting neither credible nor enforceable. To circumvent this problem, all countries targeting inflation have introduced credibility enhancing measures, including more open policy discussions as also publication of policy deliberations in detail consisting of the voting pattern of the members of policy groups and interpretation of economic data.

A defining feature of inflation targeting is that the target variable, future inflation, is not observed. From an operational point of view, inflation targeting can, therefore, be seen as a two step process. The monetary authority first makes an inflation forecast to assess whether, under current policies, inflation is likely to remain within the announced target range. When future inflation is likely to move outside the target range, the second step is required. At this stage, a feedback rule that links policy actions to projected inflation is used to determine a path for monetary policy instruments that will bring the projected inflation rate to the target level.

References

1.Bernanke, Ben and Fredric S. Mishkin, (1997), ';Inflation Targeting: A New Framework for Monetary Policy';, Journal of Economic Perspectives, No.2.
2.Fischer, Stanley, (1994), ';Modern Central Banking';, in The Future of Central Banking: The Tercentenary Symposium of the Bank of England, Charles Goodhart et al, eds., Cambridge University Press.
3.Kannan, R., (1999), ';Inflation Targeting: Some Pertinent Issues';, Economic and Political Weekly, January 16-23.
4.Masson, Paul R., Miguel A. Sarastano and Sunil Sharma, (1997), ';The Scope for Inflation Targeting in Developing Countries';, IMF Working Paper, 97/130. management function in steering interest rates in a manner that should yield allocative efficiency.

3.9 In most cases of central banking in industrialised countries, the inflation mandate is pursued by adjusting interest rates in order to maintain the economy at a consistent (usually potential) level. Certain central banks have favoured the adoption of some monetary policy rules, including the Taylor rule, in order to provide a basis for expectation formation under normal circumstances (Box III.2). In India, the development of such a rule would require considerable deepening and integration of financial markets and emergence of a strong relation between the interest rate, output and inflation.

3.10 Of late, there has been a growing interest in the impact of the volatility of asset prices on the conduct of monetary policy. There is an ongoing debate as to whether asset prices should be factored into the commodity price indices to be targeted or merely considered as an information variable (Box III.3). There is not much evidence to show that movements in asset, particularly stock, prices have a significant impact on monetary conditions in India. This is because exposure of the Indian banking system to the capital market (lending against shares, for instance) is, at present, limited.

Box III.2

Taylor Rule

In recent years, many central banks have recognised the need for explicit targeting of inflation. This has resulted in renewed interest in designing optimal policy rules consistent with an inflation target. One such monetary policy rule has been developed by John Taylor of Stanford University.

The typical Taylor rule (1993) is a simple monetary policy rule which sets an interest rate path for an economy in response to the deviations of output from its potential and of the inflation rate from the target. It indicates a nominal interest rate, reflecting the movements of a real interest rate away from equilibrium according to a reaction function, which gives weights to deviations of output from the trend and of inflation from the target. The simple rule is expressed as:

Interest rate (nominal) to be set by the central bank = equilibrium real interest rate + actual rate of inflation + w1 (output gap) + w2 (actual inflation - inflation target),

where the output gap is the difference between the actual output and potential output and and w1 and w2 are the weights given to deviations of output and inflation from their respective trend and target.

The weights (w1 and w2) in the rule are a simplified representation of the ways in which monetary policy reacts to economic developments. In his original specification, Taylor assigned the value of 0.5 for each weight (w1 and w2) while testing the rule on the historical data of the United States.

There are broadly two ways to interpret the interest rate path provided by the Taylor rule. One is that it provides a descriptive path for interest rates - the rule simply mimics passively the behaviour of monetary policy makers in practice. Another interpretation is that it is a useful prescriptive tool, providing a diagnostic mechanism to assess the probable course of monetary policy - tightening of monetary policy rather than a neutral stance when output is above the trend and inflation is above the target, and easing in contrary circumstances.

While the Taylor rule has received considerable attention in recent years due to its apparent ability to explain the monetary authority's interest rate responses to developments in the key goal variables in a simple and transparent manner, it is also vulnerable to criticism on several accounts. First, as the Taylor rule makes an assumption of a closed economy, where output and inflation act as key determinants of interest rates, the rule may fail to provide an optimal policy decision in an open economy, in which exchange rates could have significant effects on inflation and output. Secondly, it has been argued that the existing specification of the Taylor rule model may not be sufficient. Some authors have suggested the incorporation of some additional economy specific variables while some like Goodhart (1998) have argued for incorporation of lagged interest rates and a variable representing central bank independence. Such modified rules - the Taylor-type rules - are possible but these too have generated a considerable amount of debate. Thirdly, some authors have criticised the Taylor rule on the issue of measurement of some crucial variables of the model, viz., 'potential output' and 'real equilibrium interest rate'. While the output gap concept is theoretically appealing, in practice, it is hard to measure as there is considerable uncertainty about the estimation of the potential or trend growth. Moreover, even if the potential growth was known, the actual output statistics are subject to substantial revisions. Another difficulty is in determining the appropriate level in respect of the equilibrium real interest rate. The theory suggests that the equilibrium real interest rate should be similar to the long-term trend growth rate. Changes in the equilibrium real interest rate have a one-to-one impact on the level of the nominal interest rate generated by the Taylor rule. Thus, different assumptions about the equilibrium real interest rate result in differences in the stance of monetary policy. Moreover, it is argued that the Taylor rule based recommendations are not stable as they may lead to alternative policy formulations depending upon the methods selected for estimation of the output-gap, inflation and equilibrium real interest rate, the weighting pattern of output and inflation gaps and the selection of the sample periods (Kozicki (1999)).

In the Indian context, the applicability of such a rule at present hinges on the identification of an appropriate policy reaction function of the Reserve Bank and efficiency of the channel of the transmission of monetary policy. The position in this regard is, however, not very clear. Secondly, the stance of monetary policy has to be directed towards one objective, going by the rule, but this is not so in the Indian case. Thirdly, estimation of the crucial parameters such as potential output is not easy in the Indian case notwithstanding some recent efforts. The empirical robustness of potential output could improve if more data and quality information are available on the size of the unorganised sector, employment and capacity utilisation in various sectors of the economy. Fourthly, the determination of real equilibrium interest rates for India may not be easy because of market segmentation and the absence of agreement on the price measures to be utilised. As such, a single policy rule that could guide discretionary policy of the authorities in stabilising business cycles is yet to emerge. Hence, the stance of policy in recent times has been to draw policy perspectives by continuously monitoring a host of quantum and rate variables, commonly known as the ';multiple indicator approach';.

References

1.Ball, Laurence, (1998), ';Policy Rules for Open Economies';, Research Discussion Paper, No.9806, July, Reserve Bank of Australia.
2.Goodhart, Charles, (1998), ';Central Bankers and Uncertainty';, Special Paper, No. 106, Financial Markets Group, London School of Economics.
3.Kozicki, Sharon, (1999), ';How Useful Are Taylor Rules For Monetary Policy';, Federal Reserve Bank of Kansas City Economic Review, Second Quarter.
4.Taylor, John, (1993), ';Discretion versus Policy Rules in Practice';, Carnegie-Rochester Conference Series on Public Policy, 39.

Credit Aggregates

3.11 Net domestic credit (NDC), including commercial banks' investments in commercial paper (CP), public and private sector bonds/ debentures/preference shares and equity shares (termed as non-SLR investments) recorded a lower increase of 16.1 per cent during 1999-2000 as compared with 16.9 per cent during 1998-99 (Table 3.3 and Appendix Table III.1). The ratio of scheduled commercial banks' incremental non-food credit (including incremental non-SLR investments) in incremental NDC increased to 47.1 per cent from 41.8 per cent during 1998-99. This development was in line with the policy objective of ensuring availability of sufficient credit in order to facilitate economic recovery. In the event, the share of the Government sector in incremental NDC declined to 36.7 per cent during 1999-2000 from 41.6 per cent during 1998-99 (Chart III.3).

Box III.3

Asset Prices and Monetary Policy

Recent episodes of asset price volatility the world over have generated a debate on the linkages between asset market fluctuations and the conduct of monetary policy. While it is generally agreed that monetary policy alone cannot maintain orderly conditions in the asset markets, there is substantial evidence to establish that the deleterious effects of asset price crashes are usually reinforced by unresponsive monetary policy. This implies that central banks need to view price stability and financial stability as mutually complementary and consistent objectives in the conduct of monetary policy.

Asset markets reflect the fundamentals as well as the animal spirits of the economy. It is argued, therefore, that central banks do not need to react to asset price movements, per se, which reflect fundamentals and may regard this as an information variable about the state of the economy. The case for central bank intervention arises in case of the swings, especially when they generate adverse real economy-wide effects. In addition, financial liberalisation that is not accompanied by a sufficient regulatory framework has also proved to be a source of financial instability.

Asset price volatility could affect the conduct of monetary policy in a number of ways. First, the relative prices of monetary and non-monetary assets such as bonds, equity and real estate, influence the demand for money. Second, movements in asset prices generate wealth effects that, in turn, generate demand for goods and services and thereby affect the present and future course of inflation. However, recent research has not found a very strong relation between asset price changes and consumption patterns. Third, shifts in asset prices often impact on the financial stability of the banking system through the ';balance sheet channel';, both directly, to the extent banks invest in such assets and indirectly, to the extent banks advance loans against such assets as collateral. Deteriorating balance sheets and the resultant reduced credit often adversely affect aggregate demand in the short-run and sometimes persist in the longer run by impacting on aggregate supply by constraining capital formation and reducing working capital. Fourthly, movements in asset prices often affect the foreign exchange market, as investors optimise their portfolios by investing in cross-country asset markets.

A key issue is whether asset price stability should be part of the objective of monetary policy (i.e., built into the price index) or be treated as an information variable (i.e., form an element in the central bank's reaction function). It is suggested that a correct measure of inflation should incorporate asset prices because they reflect current money price claims on future as well as current consumption. Secondly, it has been argued that central banks targeting a future inflation rate should include asset prices in the price index as an indicator of future inflation. It is argued, on the other hand, that monetary policy should be limited to stabilising the money price of current consumption. If central banks could achieve price stability in terms of current consumption, they would, ipso facto, facilitate efficient inter-temporal exchange of values, whether in terms of financial assets through the bond markets or in terms of goods and services. Moreover, introducing inter-temporal considerations into the price level would lead to severe measurement problems. To the extent asset prices are used as an information variable, they need not be built into the price index as an indicator of future inflation.

It is generally agreed that central banks should contain non-fundamental asset price volatility, both directly, through changes in interest rates which alter the relative rates of return on monetary and non-monetary assets and indirectly, by instituting prudential norms which limit bank exposure to asset markets. The principal difficulty lies in identifying the nature of decomposing asset price fluctuations caused by changes in fundamentals from those due to changes in investor confidence. This is more so since asset values essentially depend on the perceptions of the future, which have tended to grow more complex, especially given the difficulties regarding the valuation of new economy stocks. While monetary policy actions preempting asset bubbles would minimise the adverse effects of asset price volatility, most central banks are still wary of making judgements on the course of asset prices since it is difficult to distinguish between asset price misalignments and asset price changes. In this context, Bernanke and Gertler (1999) have proposed that central banks simultaneously pursue both price stability and financial stability through a strategy of ';flexible inflation targeting';.

References

1.Bernanke, Ben and Mark Gertler, (1999), ';Monetary Policy and Asset Price Volatility';, Symposium on New Challenges for Monetary Policy, Federal Reserve Bank of Kansas City, Jackson Hole, Wyoming, August.
2.Kent, Charles and Peter Lowe, (1997), ';Asset-price bubbles and monetary policy';, Reserve Bank of Australia Research Discussion Paper, No. 9709, Reserve Bank of Australia.
3.Vickers, John, (1999), ';Monetary Policy and Asset Prices';, Bank of England Quarterly Bulletin, November.

Table 3.3: Total Flow of Resources to Commercial Sector

(excluding Food Procurement Credit)

     

(Rupees crore)

 
 
Item
 

1999-2000P


1998-99P


 
 
 
1

2


3


I.Scheduled Commercial Banks (I.1+I.2)

70,687

56,349

 I.1Non-food credit

58,246

40,427

 I.2Other Investments (2.1+2.2+2.3)

12,441

15,921

  2.1Commercial Paper (CP)

1,060

1,563

  2.2Bonds/Debentures/Preference Shares Issued by

10,883

13,488

   2.2.1 Public Sector Undertakings (PSUs)

6,316

5,407

   2.2.2 Private Corporate Sector

4,567

8,081

  2.3Equity Shares issued by PSUs and Private Corporate Sector

498

870

II.Other Banks

12,407

13,735

III. Other Sources (III.1+III.2+III.3+III.4+III.5)

68,693

57,868

 III.1Bills rediscounted with Financial Institutions

-96

187

 III.2Capital Issues $ (2.1+2.2)

17

-2,312

  2.1Non-Government Public Companies

17

-3,664

   2.1.1 Debentures and Preference Shares

-2,166

-5,631

   2.1.2 Equity shares

2,183

1,967

  2.2PSUs and Government Companies

0

1,352

 III.3Global Depository Receipts (GDRs) /American   
  Depository Receipts (ADRs) and Foreign Currency Convertible Bonds (FCCBs)

1,675

2,105

 III.4Issue of CPs #

-167

1,707

 III.5Borrowings from Financial Institutions ##

67,264

56,181

Total Flow of Non-food Resources (I+II+III)

1,51,787


1,27,952


Memo Items
 
 
1.Loans to Corporates against Shares

-44

20

2.
Private Placements

61,259


49,679


PProvisional.$Adjusted for banks' investments in shares and debentures.
#Excluding CPs issued to banks.##Excludes bills rediscounted with FIs.

3.12 Net bank credit to Government increased by a lower order of 14.2 per cent (Rs.55,077 crore) during 1999-2000 as compared with 17.0 per cent during the previous year. While scheduled commercial banks' investments in Government securities shot up by 24.7 per cent during 1999-2000, the net Reserve Bank credit to the Government recorded a decline of 2.8 per cent, brought about by a reduction in net Reserve Bank credit to the Centre by 3.8 per cent. For the first time since 1977-78, the Central Government account with the Reserve Bank showed a surplus, the surplus being Rs.5,587 crore in 1999-2000, as against a deficit of Rs.11,800 crore in 1998-99. The ratio of scheduled commercial banks' incremental investments in Government securities in the incremental net bank credit to the Government soared to 100.3 per cent during 1999-2000 from 64.7 per cent during 1998-99.

 

3.13 Bank credit to commercial sector accelerated to 16.6 per cent (Rs.82,548 crore) during 1999-2000 from 14.5 per cent during 1998-99. Scheduled commercial banks' total flow of non-food resources to the commercial sector grew at 17.6 per cent in 1999-2000 as compared with 16.4 per cent during 1998-99. The resource flow from bank and non-bank sources - including capital issues, GDRs/ ADRs/FCCBs, CPs (other than those subscribed by banks) and borrowings from as well as bills rediscounted with financial institutions - to the commercial sector increased by Rs.1,51,787 crore in 1999-2000 as against Rs.1,27,952 crore in the previous year (Table 3.3).

3.14 The share of the banking system in the total resource flow to the commercial sector, at 54.7 per cent during 1999-2000 was comparable to that of 54.8 per cent during 1998-99. The increase in the share of the banking system in resource mobilisation by the commercial sector in the past four years suggests that bank finance continues to remain important in the Indian economy.

Reserve Money

3.15 Reserve money increased at a slower rate of 8.1 per cent (Rs.20,969 crore) during 1999-2000 as compared with 14.6 per cent during 1998-99, primarily reflecting the reduction in reserve requirements, on the one hand, and the impact of the increasing market orientation of monetary policy operations on the Reserve Bank balance sheet, on the other. Adjusting bank reserves for the first round release of lendable resources, the increase in the monetary base would work out to about 13.0 per cent.

3.16 The increase in reserve money is conventionally decomposed into domestic and external sources of monetisation (Table 3.4). It may be pointed out that a correct picture of the contribution of the domestic and external sources to primary liquidity would require adjustment mainly of Reserve Bank's revaluation of and income from foreign currency asset (FCA) accounts, which are essentially the Reserve Bank's claims on itself and hence reserve money-neutral. In the event, the Reserve Bank's adjusted net foreign assets increased by Rs.21,890 crore during 1999-2000, accounting for as much as 104.4 per cent of incremental reserve money. The ratio of the accretion to the Reserve Bank's adjusted NFA to currency drawals worked out to 104.7 per cent during 1999-2000. The Reserve Bank's adjusted net domestic assets (NDA) declined by Rs.921 crore as the Reserve Bank's incremental credit to commercial banks (Rs.3,256 crore) and primary dealers (PDs) (Rs.3,206 crore) were largely offset by the Centre's monetised surplus (Rs.5,587 crore) (Table 3.5).

Table 3.4: Analytics of Sources of Reserve Money

   

(Rupees crore)

 
Variable

1999-2000


1998-99


 
1

2


3


Reserve Money (I+II=I.6+II.3)

20,969

32,943

I.RBI's Net Domestic Assets  
 (NDA) (I.1+I.2+I.3+I.4-I.5)

-6,958

10,880

I.1Net RBI credit to Government

-4,275

17,379

I.2RBI's credit to Commercial  
 Sector

3,044

4,040

I.3RBI's gross claims on banks

3,523

6,165

I.4Government's currency  
 liabilities to the Public

416

494

I.5RBI's Net Non-monetary  
 Liabilities

9,666

17,199

 I.5.1 Interest/ Discount earned  
 from foreign securities

5,907

5,545

 I.5.2 Revaluation Accounts #

130

6,880

I.6Adjusted NDA (I+I.5.1+I.5.2)

-921

23,305

II.RBI's Net Foreign Assets

27,927

22,063

II.1Gold

414

-835

II.2Foreign Currency Assets (FCA)

27,512

22,905

II.3
Adjusted NFA (II- I.5.1-I.5.2)

21,890


9,638


# Pertains to foreign currency assets.

3.17 The intra-year switches between the domestic and external sources of reserve money could be viewed in terms of four distinct phases, viz., the first, April-May 1999, the second, June-October 1999, the third, November 1999-February 2000, and the fourth, March 2000 (Chart III.4 and Table 3.6).

3.18 The first phase, i.e., April-May 1999, saw relatively easy monetary conditions. The stage was set by a turnaround in capital inflows in March 1999, resulting in an accretion of Rs.8,008 crore (net of revaluation) to the Reserve Bank's NFA. With the return of orderly conditions in the foreign exchange market, the Reserve Bank announced the reduction in cash reserve requirements by 50 basis points to 10.5 per cent, effective March 13, 1999, releasing lendable resources of about Rs.3,100 crore to the banking system. The Reserve Bank also signaled its preference for a lower interest rate regime by reducing the Bank Rate by one percentage point to 8.0 per cent and the fixed repo rate by two percentage points to 6.0 per cent, effective March 2, 1999.

Table 3.5: Net Reserve Bank Credit to the Central Government

     

(Rupees crore)

 Variable   

First Quarter


 
 

1999-2000


1998-99


1997-98


2000-01


 1999-2000**


 
1

2


3


4


5


6


Net Reserve Bank Credit to the Centre

-5,587

11,800

12,914

14,412

11,279

(1+2+3+4-5)

(-3.8)

(8.8)

(10.7)

(10.3)

(7.8)

1.Loans and Advances

-2,060

1,042

2,000

4,316

5,720

2.Treasury Bills held by Reserve Bank (2.1 + 2.2 + 2.3)

1,107

148

-44,026

5

137

 2.1 Ad hoc Treasury Bills  

-33,738

  
 2.2 Discounted Treasury Bills  

-9,464

  
 2.3 Auction Treasury Bills

1,107

148

-824

5

137

3.Reserve Bank's holdings of Dated Securities

-5,376

10,817

55,666 @

7,956

2,559

 3.1 Central Government Securities

-5,358

10,817

24,843 $

7,720

2,576

4.Reserve Bank's holdings of Rupee Coins

38

42

-118

13

38

5.
Central Government Deposits

-704


248


608


-2,123


-2,826


 
Memo Items*
 
 
 
 
 
1.Market Borrowings of Dated Securities by the Centre

86,630

83,753

43,390

33,683

37,000

2.Reserve Bank's subscription to fresh Dated Securities

27,000

38,205

13,028

6,961

21,000

3.Repos (-) / Reverse Repos (+), net position

1,021

-827

801

-1,006

-77

4.Net Open Market Sales#

35,369

26,348

7,614

1,528

18,562

 
4.1 Of which: commercial banks

15,886


19,266


5,578


1,011


7,119


*At face value. # Excludes Treasury Bills.**Pertains to July 2, 1999.
@Includes Special Securities 1997 worth Rs. 50,818 crore created on conversion of ad hoc and tap Treasury Bills outstanding as on Mach 31, 1997.
$Includes special securities worth Rs. 20,000 crore converted into marketable securities.
Parenthetic figures constitute percentage variations over previous year.

 

3.19 The monetary conditions improved with a further accretion to the Reserve Bank's FCA (Rs.4,947 crore, adjusted for revaluation, up to May 21, 2000), reflecting continuing capital flows. The Reserve Bank injected liquidity amounting to about Rs.3,250 crore with a 0.5 percentage point CRR cut, effective May 8, 1999. Consequently, reserve money increased by Rs.2,122 crore. Scheduled commercial banks (Rs.1,298 crore) and PDs (Rs.2,015 crore) redeemed their drawals from the Reserve Bank in the wake of the CRR cut. The Reserve Bank continued to modulate domestic interest rates, especially in the face of the large net Central Government borrowing programme, by taking devolvements/private placements of dated securities when market conditions were not conducive and then selling them to the market as and when liquidity conditions permitted. The Reserve Bank's subscription to fresh dated securities (Rs.16,000 crore) was largely offset by open market sales of dated securities amounting to Rs.12,003 crore, limiting the increase in the net Reserve Bank credit to the Centre to Rs.7,846 crore during 1999-2000 (up to May 21, 1999).

Table 3.6: Select Sources of Reserve Money: Phase-wise Flows

      

(Rupees crore)

   

Phase I


Phase II


Phase III


Phase IV


   

May 21, 1999

October 22,

February 25,

March 31,

  Variable

over March 31,

1999

2000

2000

   

1999

over May 21,

over October

over February

 
 
 
 

1999


22, 1999


25, 2000


 
 
1

2


3


4


5


Reserve Money

2,122

4,376

320

14,150

Select Sources of Reserve Money    
1.Net RBI credit to Centre

7,846

2,040

-10,972

-4,501

 1.1Ways and Means Advances to the Centre

483

300

-1,254

-1,589

 1.2Subscriptions to fresh Dated Securities*

16,000

11,000

0

0

 1.3Net Open Market Sales*

12,003

11,683

8,088

-913

  1.3.1 Commercial banks*#

5,358

5,540

3,898

1,090

2.RBI's claims on banks and commercial sector

-4,594

4,824

2,457

3,881

 2.1Commercial Banks

-1,298

2,382

110

2,062

 2.2Primary Dealers

-2,015

1,649

1,601

1,972

3.
Foreign currency assets of the RBI$

4,947


-2,242


13,751


10,926


Memo Item
 
 
 
 
1.Release of Resources on account of changes    
 in Cash Reserve Ratio (approximate)

3,250

0

10,000

0

2.
Net Central Government Borrowing #

22,273


31,503


16,500


0


*At face value.#Excludes Treasury Bills.$Net of revaluation.

3.20 The situation changed in the second phase, i.e., June-October 1999, as capital flows dried up in the wake of domestic uncertainties, border tensions and bulk crude oil imports. The foreign exchange market witnessed some degree of volatility during end-May-June 1999 and August 1999. Orderly conditions were restored in the foreign exchange market with the Reserve Bank reiterating its policy to meet temporary demand-supply mismatches in the foreign exchange market, backed by foreign exchange operations. During this period, the Reserve Bank's FCA declined by Rs.2,242 crore (adjusted for revaluation). The Reserve Bank expanded its net domestic assets by Rs.7,269 crore (adjusted for revaluation) largely through credit to scheduled commercial banks (Rs.2,382 crore) and primary dealers (Rs.1,649 crore). As a result, reserve money increased by Rs.4,376 crore. The increase in the net Reserve Bank credit to the Centre was limited to Rs.2,040 crore with the Reserve Bank's fresh subscription to fresh dated securities (Rs.11,000 crore) more than swamped by net open market sales (Rs.11,683 crore).

3.21 The third phase, i.e., November 1999-February 2000, saw the revival of capital inflows which enabled the Reserve Bank to build up its reserves through net purchases from authorised dealers (Rs.8,365 crore). The Reserve Bank mopped up the resultant liquidity by net open market sales amounting to Rs.8,088 crore. This, in turn, reduced net Reserve Bank credit to the Centre by Rs.10,972 crore. Consequently, the incremental primary liquidity was limited to a mere Rs.320 crore.

3.22 The Reserve Bank augmented the lendable resources with banks by about Rs.10,000 crore through a one percentage point reduction in CRR (as well as phasing of incremental CRR on FCNR(B) deposits, etc.) during the fortnights ending November 19 and December 3, 1999. This allowed scheduled commercial banks and PDs to reduce their recourse to the Reserve Bank (Rs.9,791 crore during these two fortnights) and thereby facilitate the easing of call rates below the Bank (and refinance) rate. The Reserve Bank announced that scheduled commercial banks' cash in hand would be eligible for CRR compliance between December 1, 1999 and January 31, 2000 to mitigate any possible difficulties that may arise out of the Year 2000 transition in order to ensure that liquidity conditions would not be under any stress. This was reflected on the sources side by repos (Rs.4,752 crore at face value) during the week ended December 3, 1999. The average inter-bank call rates eased during December 1999 and January 2000. Money market conditions firmed up with the usual seasonal credit demand picking up in February 2000, especially with the year-on-year scheduled commercial banks' non-food credit growth rate accelerating to 18.4 per cent as on February 25, 2000, on the one hand and the withdrawal of the Y2K facility on the other. This, in turn, resulted in scheduled commercial banks and PDs drawing liquidity support of Rs.6,427 crore from the Reserve Bank. Consequently, the call rates averaged 10.6 per cent during February 2000 exceeding, in the process, the Bank Rate.

3.23 The fourth phase, i.e., March 2000, saw a sharp increase in reserve money by Rs.14,150 crore driven by both domestic and external sources. The Reserve Bank's FCA recorded an accretion of Rs.10,926 crore (adjusted for revaluation) as a result of continued capital inflows. The Reserve Bank's net domestic assets also increased by Rs.3,104 crore (adjusted for revaluation). The usual seasonal credit demand put pressure on money market conditions, which was partly mitigated by the Reserve Bank's incremental credit to scheduled commercial banks and PDs amounting to Rs.4,034 crore. The net Reserve Bank credit to the Centre declined by Rs.4,501 crore.

3.24 Unlike in the 1980s, when the reserve money was largely determined by the automatic monetisation of the Centre's fiscal deficit, capital inflows influenced the course of reserve money in the 1990s. The increasing market orientation of monetary policy in order to manage liquidity and ensure orderly conditions has also imparted a degree of volatility to the monetary base. The year-on-year month-end reserve money growth rate has, therefore, recorded a high degree of volatility, with the co-efficient of variation working out to 39.8 per cent during the 1990s as compared with 30.1 per cent during the 1980s.

Trends during the First Quarter : 2000-01

3.25 Broad money (M3) recorded a strong growth of 4.7 per cent (Rs.52,061 crore) during the first quarter of 2000-01 as compared with 3.4 per cent during 1999-2000 (up to July 2, 1999) (Appendix Table III.1). The first quarter of 2000-01 which ended on the reporting Friday, June 30, 2000, comprised seven reporting Fridays while the comparable quarter of 1999-2000 which ended on the reporting Friday, June 18, 1999 contained only six reporting Fridays. It would, therefore, be appropriate to compare the June 30, 2000 monetary data with that as on July 2, 1999, which is the seventh reporting Friday of 1999-2000. The year-on-year growth rate M3 decelerated to 15.2 per cent as on June 30, 2000 from 16.3 per cent (net of RIBs) as on July 2, 1999.

3.26 The sharp increase in the M3 growth rate during the first quarter of 2000-01 may partly be explained by the impact of end-March 2000 bulge in deposits, which largely took place in the first reporting fortnight of fiscal 2000-01 (ending April 7, 2000), as there was a gap of a whole week between the last reporting Friday (March 24) of 1999-2000 and the balance sheet date (March 31). Reflective of this, aggregate deposits increased by 4.5 per cent (Rs.41,749 crore) during 2000-01 (up to June 30, 2000) as compared with 2.3 per cent in the corresponding period of 1999-2000. Currency with the public, however, decelerated to 4.7 per cent (Rs.8,922 crore) during 2000-01 (up to June 30, 2000) from 8.0 per cent during 1999-2000 (up to July 2, 1999), partly reflecting the slackening of cash demand on account of subdued agricultural activity since the latter half of 1999-2000. On the sources side, net bank credit to Government increased by 6.5 per cent (Rs.28,912 crore) during the first quarter of 2000-01 as compared with the increase of 7.3 per cent during 1999-2000 (up to July 2, 1999). Bank credit to commercial sector accelerated to 3.5 per cent (Rs.20,068 crore) during 2000-01 (up to June 30) from 0.5 per cent during 1999-2000 (up to July 2, 1999) driven by a sharp increase in scheduled commercial banks' non-food credit (2.9 per cent).

3.27 Reserve money declined by 2.1 per cent (Rs.5,896 crore) during 2000-01 (up to June 30, 2000) in contrast to the increase of 0.7 per cent during 1999-2000 (up to July 2, 1999), partly reflecting CRR reductions. The net Reserve Bank credit to the Centre recorded a higher increase of Rs.14,412 crore during the first quarter of 2000-01 as compared with that of Rs.11,279 crore during 1999-2000 (up to July 2, 1999). The Reserve Bank's credit to commercial banks and primary dealers declined by Rs.3,936 crore. The Reserve Bank's net foreign currency assets declined by Rs.4,683 crore (adjusted for revaluation) in sharp contrast to the increase of Rs.4,986 crore (adjusted for revaluation) over the same period essentially reflecting net foreign currency sales to authorised dealers.

Liquidity Position

3.28 A summary measure of primary liquidity may not be sufficient to capture the multi-dimensional aspects of the Reserve Bank's liquidity management in the context of financial sector reforms and its impact on the short-term interest rate. The management of primary liquidity could be more meaningfully analysed by classifying the Reserve Bank's balance sheet flows according to its autonomous and discretionary components1 (Box III.4). The offsetting movements of discretionary liquidity (DL) vis-a-vis autonomous liquidity (AL) during 1999-2000 bound the movements in the call rate within a narrow range (Chart III.5).

Interest Rates

 

3.29 The overall liquidity and interest rate conditions in the economy exhibited a marked improvement in 1999-2000. There was a substantial decline in the yield on government dated securities in the primary as well as the secondary markets. The movements in short-term interest rates during the year were influenced by the day-to-day liquidity position determined by the combined effects of autonomous and discretionary liquidity. The Reserve Bank cut the fixed repo rate (in two steps of 2 percentage points in March 1999 and one percentage point in April 2000) to 5 per cent and the Bank Rate (in two steps of one percentage point each in March 1999 and in April 2000) to 7 per cent and enhanced liquidity via CRR cuts from 11 per cent in early March 1999 to 8 per cent in April 2000. The Reserve Bank also reduced the savings deposit rate by 0.5 percentage point to 4.0 per cent in April 2000, which led to a substantial reduction in the cost of funds of the banking system. Interest rates on bank deposits and loans, which exhibited relative stickiness during the greater part of 1999-2000, declined significantly during April 2000 following the liquidity enhancing measures announced by the Reserve Bank on April 1, 2000 (Table 3.8).

1.

In the Bank's Annual Report for 1998-99, the discretionary component was referred to as 'policy liquidity'. However, the term 'discretionary' is more appropriate since it indicates the options available for actions, and is not rule-bound.

3.30 Responding to monetary policy signals and liquidity enhancing measures, long-term interest rates in all segments of the financial market, viz., the government securities market, credit markets and the private bond market, softened during 1999-2000. Deposit rates as well as prime lending rates (PLRs) of public sector banks declined during 1999-2000. Following the one percentage point reduction in the administered interest rates on Public Provident Fund (PPF) and National Saving Certificates (NSC) in January 2000 and General Provident Fund (GPF) in March 2000 and the announcement of monetary policy measures in April 2000, there has been a general reduction in the deposit rates of most public sector banks across all maturities by 50 to 200 basis points. The post-tax return on small saving instruments even after the recent reduction in nominal interest rates, remains considerably higher than that on bank deposits, although the lower effective return on the latter is partly compensated by the liquidity premium and lower transaction costs associated with bank deposits.

Box III.4

Short-term Liquidity Management

The autonomous liquidity (AL) component of a stylised central bank balance sheet may be defined as the liquidity generated by regular central banking functions, other than short-term domestic liquidity management, that accrues to the banking system (Table 3.7). This is typically taken to be the sum of the central banks' credit to the Government and the non-bank domestic sector, its net foreign assets and net other assets minus currency in circulation. Discretionary liquidity (DL) comprises the liquidity generated by policy action by the central bank in order to modulate domestic liquidity conditions. This would consist of central bank credit to banks, which would club all channels for influencing liquidity in the form of discretionary and stand-by facilities. On an ex post basis, the net liquidity (NL) generated by AL and DL would work out to be the change in bank reserves. On an ex ante basis, central banks could modulate NL through changes in DL by estimating the gap between the AL flow and the demand for bank reserves.

Table 3.7: Stylised Central Bank

Balance Sheet Flows


Liabilities
Assets
L.1CurrencyA.1 Net credit to
  Government
L.2Bank ReservesA.2 Credit to Banks
  A.3 Net Foreign Assets
 
 
A.4 Other Assets (net)
Reserve Money (L.1+L.2)Reserve Money
 
 
(A.1+A.2+A.3+A.4)
Memo Items
 
1.Autonomous Liquidity (AL) = A.1 + A.3 + A.4 - L.1
2.Discretionary Liquidity (DL) = A.2
3.
Net Liquidity (NL) = AL + DL = L.2

Movements in AL and DL track short-term interest rates, given the demand for bank reserves. Clearly, if liquidity conditions remain constant, short-term interest rates should not change. If on the other hand, central bank operations result in a net liquidity deficit (surplus), short-term interest rates would have to increase (decline) in order to clear the market. Thus, central banks can and typically do influence short-term interest rates by modulating DL to meet AL surpluses and deficits, given the demand for bank reserves. The precise compilation of AL and DL would vary across central banks depending on specific operating procedures of monetary policy.

The Reserve Bank modulates DL through a policy mix of changes in cash reserve requirements, open market (including repo) operations and credit to commercial banks and PDs. The changes in cash reserve requirements and open market (and repo) operations with and credit to commercial banks directly affect flows to the banking system. Open market (and repo) operations with non-bank entities (essentially call money market players such as PDs and financial institutions) and credit to PDs indirectly influence the liquidity position of commercial banks. The choice between the different components of DL may be guided by the differential impact they have on interest rates. For example, CRR hikes increase banks' borrowing costs while liquidity absorption via repos tend to set the floor for money market interest rates.

The Reserve Bank directly affects the liquidity position through changes in reserve requirements. The critical problem in case of the other DL instruments is that while the Reserve Bank could determine either the price or the potential quantity of the instrument (or at times both), the precise utilisation of the facility depends on other players. In the present methodology, the actual utilisation levels of such discretionary facilities, to functionally represent the entire vector of enabling conditions, in both price and quantity terms, which are influenced by the Reserve Bank's monetary policy initiatives.

References

1.Borio, Claudio E.V., (1997), ';The Implementation of Monetary Policy in Industrial Countries: A Survey';, BIS Economic Papers, No.47, July, Bank for International Settlements, Basel.
2.Reserve Bank of India, (1999), Annual Report, August.

3.31 While banks have been given the freedom to offer variable interest rates on longer-term deposits, few have actually shifted over to a variable rate structure. This could be partly due to the strong preference of depositors for fixed rate deposits, mostly to insure against the downside interest rate risk. As a result, as at end-March 1999, about 73 per cent of deposits were of a longer-term nature with a maturity of 364 days and above. The ratio rises to 80 per cent in the case of large public sector banks. Consequently, the effective rate of interest on the outstanding deposits of maturities of 364 days and above is as high as 11 per cent as against the rate of 8.0-9.5 per cent on fresh deposits. The relatively high concentration of deposits at a longer maturity and high non-interest operating expenses of public sector banks at 2.5-3.0 per cent of total assets provide the basic reasons as to why lending rates remain relatively rigid. Further, banks have shifted to floating rate loans for working capital, with fixed interest rates applicable only for project finances. When the average interest rate on deposits are weakly sensitive to changing interest rate conditions, the concentration of banks' portfolios towards floating rate loans exerts pressure on the operating margin. This acts as an important constraint for banks' ability to reduce lending rates sufficiently.

Table 3.8: Intra-Year Movements in Interest Rates

   

(Per cent per annum)

 
 
Item

Interest Rates


 
 
1

2


3


4


5


6


7


8


1.Prime Lending  

11.25-12.5

  

12.0-13.5

12.0-14.0

 Rate*  

(April 2000)

  

(May 1999)

(April 1999)

2.Deposit Rates *       
 i)Up to one year  

4.0-8.0

4.0-8.5

 

5.0-9.0

5.0-9.0

     

(May 2000)

 (April 2000)

 

 (Feb. 2000)

(April 1999)

 ii)1-3 years 

8.0-10.0

9.5-10.0

8.0-10.5

 

8.0-10.5

8.0-10.0

    

(June 2000)

(May 2000)

 (April 2000)

 

(Feb. 2000)

(April 1999)

 iii)Above 3 years 

9.5-10.0

9.5-11.0

9.75-11.0

 

10.0-11.0

10.5-11.0

    

(June 2000)

(April 2000)

(Nov. 1999)

 

(June 1999)

(April 1999)

3.Treasury Bills       
 i)14-day 

8.09

8.87

8.35

8.61

8.61

7.82

    

(end-June

  (end-March

  (end-Dec.

  (end-Sept.

  (end-June

  (end-March

    

2000)

2000)

1999)

1999)

1999)

1999)

 ii)91-day

8.58

8.91

9.17

9.08

9.46

9.25

8.75

   

(August 2000)

(end-June

(end-March

(end-Dec.

(end-Sept.

(end-June

(end-March

    

2000)

2000)

1999)

1999)

1999)

1999)

 iii)182-day

9.97

9.23

9.47

9.86

9.89

9.97

 
   

(August 2000)

(end-June

(end-March

(end-Dec.

(end-Sept.

(end-June

 
    

2000)

2000)

1999)

1999)

1999)

 
 iv)364-day

10.29

9.24

9.93

10.17

10.33

10.33

10.07

   

(August 2000)

(end-June

(end-March

(end-Dec.

(end-Sept.

(end-June

(end-March

    

2000)

2000)

1999)

1999)

1999)

1999)

4.10-year Government 

11.95$

10.85 +

11.65 @

11.59

11.99

12.05+

 of India Loan 

(end-June

(end-March

(Oct.

(Aug.

(April

(end-March

 
 
 
 

2000)


2000)


1999)


1999)


1999)


1999)


*Public Sector Banks.+Reserve Bank declared YTM.
@10 years, 3 months.$10 years, 1 month.

3.32 In April 1999, the banks were given freedom to operate different PLRs for different maturities. About 41 scheduled commercial banks, predominantly foreign banks and private sector banks, have so far reported the introduction of tenor linked PLRs. In order to accord more freedom to banks to determine their interest rates, they were allowed to prescribe separate Prime Term Lending Rates (PTLR) on term loans of three years and above since March 1999. While nominal interest rates softened considerably since March 1999, several structural and other factors have constrained downward flexibility in the interest rate structure. The decline in nominal interest rates has generally lagged behind the decline in the rate of inflation. Along with reduction in PLR by major public sector banks by up to 50 basis points, banks also revised their PTLR downwards by 0.90-1.0 percentage points between end-March 1999 and end-March 2000. The inflation rate, however, (on the basis of average of weeks) declined by 2.6 percentage points. This has raised the ex-post real interest rate in 1999-2000, although on the ex-ante basis, that is taking into account expected inflation rather than actual inflation, real interest rates may not seem to have risen sharply (Box III.5).

Box III.5 Real Interest Rate

The real interest rate is defined as the difference between the nominal rate of interest and the expected rate of inflation. The real interest rate is not an observed variable. Intuitively, given the expected inflation, the same set of factors that determine the market interest rate also determine the real interest rate. Real interest rates are determined by a conjunction of several factors, such as, (i) productivity and thrift, (ii) the monetary policy regime, (iii) stance of other policies, such as fiscal policy, (iv) investors' risk perception and (v) regulation/ deregulation of capital markets. Central banks generally control short-term nominal interest rates. Given the slow process with which inflation expectations get revised, monetary policy can have a significant impact on the real interest rate although in the long run, evidence suggests that monetary policy is neutral in its effect.

In the Indian case, apart from the above factors, a host of structural factors also influence the real interest rate. The existence of high real interest rates in the credit market partly reflects the structural rigidities in the form of relatively high intermediation cost and non-performing assets. The sensitivity of various interest rates to inflation is weak as structural factors such as the tax rate and relatively low depth of the market have a strong bearing on the interest rate. The system of administered interest rates on certain Government saving instruments such as the small savings and provident funds add to segmented market behaviour leading to a low degree of convergence of rates of return on various financial instruments.

Real interest rates also reflect the availability of lendable resources with respect to the demand for investment. They also have implications for public finances and capital flows. It has been well recognised that there is a vicious circle between interest rates and the fiscal deficit and that fiscal restraint/consolidation accompanied by effective debt management would greatly alleviate the problem of high interest rates.

References

1.Allsopp, C. and A. Glyn, (1999), 'The Assessment: Real Interest Rates', Oxford Review of Economic Policy, Oxford University Press, Vol. 15, No.2.
2.Smith, Stephen D. and Raymond E Spudeck, (1993), Interest Rates - Principles and Applications.

3.33 While interest rates declined at the longer end reflecting generally manageable liquidity conditions, the undertone at the shorter end of the market, viz., in the call money market and in the primary market for Treasury Bills remained somewhat firm (Table 3.9) (for details, refer to Section V).

Table 3.9: Short-term Money Market Rates

 
     

(Per cent per annum)

 
 

Call


14-day


91-day


182-day


364-day


 
1

2


3


4


5


6


Average     
A.1998-99

8.15

7.79

8.56

..

10.67

       
B.1999-2000

9.09

8.38

8.97

..

10.09

 Difference (percentage points)

0.94

0.59

0.41

..

- 0.58

 Range     
       
A.1998-99

  1.0-35.0

  5.47-9.39

  7.17-10.05

..

  7.97-10.72

 Difference (percentage points)

34.0

3.92

2.88

..

2.75

       
B.1999-2000

2.5-35.0

  7.30-8.87

  8.37-9.46

  9.31-9.89

 9.31-10.33

 Difference (percentage points)

32.5

1.57

1.09

0.58

1.02

COMMERCIAL BANK SURVEY

3.34 Aggregate deposits of scheduled commercial banks decelerated to 13.9 per cent (Rs.99,319 crore) in 1999-2000 from 19.3 per cent (16.3 per cent, excluding RIBs) in 1998-99 (Table 3.10 and Appendix Table III.3). The fortnightly average year-on-year increase in bank deposits was also lower at 17.0 per cent during 1999-2000 than 19.5 per cent in 1998-99 (Chart III.6). As indicated earlier, deposit expansion during 1999-2000, measured on March 31 basis increased, but at Rs.1,16,416 crore was nonetheless lower than the projected estimate of Rs.1,18,500 crore in the April 1999 monetary and credit policy statement. Besides this factor, time deposit growth was impacted by the savers' favourable expectation of returns from mutual funds, particularly as a result of tax concessions extended to these funds in the Union Budget 1999-2000 and the reduction in the interest rates on bank deposits.

3.35 Time deposits grew by 15.0 per cent (Rs.89,376 crore) for the year as against 20.3 per cent in 1998-99; it was a reflection of the large net inflows to mutual funds amounting to Rs.21,971 crore as against Rs.3,611 crore in the preceding year. It also reflects to an extent the lack of speedy action on the part of the banks to compete for funds through interest rate adjustments. On a year-on-year basis, resources mobilised/total lendable resources of nine all-India financial institutions, Life Insurance Corporation, General Insurance Corporation and Unit Trust of India increased by 8.8 per cent (Rs.18,602 crore) to Rs.2,29,349 crore as at end-March 2000. The growing preference for market related financial instruments, both by savers and investors, and the recent deceleration in bank deposit growth while indicating the rising importance of non-bank sources of funds in the economy has implications for the future direction of intermediation (Box III.6). In this context, the issue of conversion of specialised financial institutions into either banks or non-banks assumes importance.

 

3.36 Bank credit recovered with the revival in industrial activity during 1999-2000 growing by 18.2 per cent (Rs.67,121 crore) in 1999-2000 as compared with 13.8 per cent in 1998-99. The increase in bank credit during 1999-2000 was also markedly higher than the average of 15.6 per cent during the 1990s (up to 1998-99). The expansion in food credit by Rs.8,875 crore during 1999-2000 was more than double of Rs.4,331 crore during 1998-99. The conventional non-food bank credit showed a higher order of expansion of 16.5 per cent (Rs.58,246 crore) in 1999-2000 as compared with an increase of 13.0 per cent in the previous year. On an average basis too, the year-on-year month-end non-food credit growth rate was higher at 15.4 per cent than 14.4 per cent during 1998-99 (Chart III.7).

3.37 The increase of 3.5 percentage points in non-food credit growth over 1998-99 largely reflected the increased demand for funds as industrial activity picked up. The share of incremental credit in incremental deposits increased sharply to 67.6 per cent in 1999-2000 as against an average of about 40 per cent during 1996-97 to 1998-99.

3.38 Scheduled commercial banks' non-SLR investments expanded by Rs.12,441 crore in 1999-2000 as compared with Rs.15,921 crore in 1998-99 (Table 3.3). Consequently, banks' non-SLR investments decelerated to 25.7 per cent during 1999-2000 from 49.0 per cent during 1998-99. Nonetheless, the total flow of funds from scheduled commercial banks to the commercial sector (i.e., non-food credit and non-SLR investments) grew by 17.7 per cent (Rs.70,687 crore) as compared with 16.4 per cent during 1998-99. The order of growth in resource availability was more or less consistent with the projected increase of about 18 per cent set in the April 1999 monetary and credit policy statement.

Box III.6

Financial Disintermediation

Financial disintermediation refers to a movement from an institution-based financial system to an essentially market-based system of mobilisation and allocation of financial resources. This process is associated not only with a departure from bank-based intermediation to non-bank based intermediation but also with a tendency of corporates to access savings directly through deposits, commercial paper, etc., and through the organised market for equity and debentures. This transformation is facilitated by the introduction of a whole array of mutually competing financial instruments with varied degrees of liquidity, riskiness and returns. While at the one end, 'money-like' instruments like units of mutual funds, bonds with call and put options and other stock-exchange traded instruments compete with traditional monetary assets such as bank deposits; on the other end, deep discount bonds, zero coupon bonds, and bonds with very long maturity period compete with traditional contractual saving instruments.

The nature, extent and efficiency of disintermediation varies across countries. While in the UK and the USA, markets play a critical role in the financial system, other economies such as Germany and Japan have essentially a bank-based financial system. There has not been a polarity between institutions and markets and the former has played a critical role in the development of the latter.

The financial sector reform process undertaken in India since the early 1990s has ushered in deregulation of the financial system, development of the capital market, promotion of the growth of non-bank financial institutions (FIs) and encouragement of private sector participation. There has not only been a gradual decline in the term deposit rates of banks, but also a general decline in interest rates across all the financial markets including the cut in interest rates of government administered small saving schemes. While there has been a greater degree of convergence of the pre-tax rates of return in the recent past, the post-tax returns on different financial saving instruments remained mis-aligned, with bank deposits probably worst-off on this count. However, bank deposits score on the liquidity account and retain their dominance in the portfolio of household financial saving. The FIs have been increasingly provided freedom to manage their assets and liabilities and determine the quantum of resources they need to mobilise and deploy and set interest rates on sources and uses of funds. For example, in the April 2000 monetary policy measures, term deposit rates of FIs were freed. Simultaneously, the Reserve Bank has strengthened its regulatory and supervisory standards with a view to preventing systemic problems. Certain categories of NBFCs were given freedom in the early phase of the post-reform period to determine their own interest rates but with a view to preventing adverse selection by households, the free interest rates on public deposits of NBFCs were regulated again with a cap of 16 per cent since January 1998.

The financial disintermediation process in India presents a mixed picture. As a share of GDP, while aggregate bank deposits increased marginally from 40.3 per cent in 1990-91 to 41.7 per cent in 1999-2000, that of bank credit declined from 24.3 per cent to 22.4 per cent. In the case of non-banking financial companies (NBFCs) (albeit with some broadening of the coverage), the regulated deposits grew from Rs.17,372 crore as at end-March 1994 to Rs.53,116 crore as at end-March 1997 and the exempted deposits moved up from Rs.19,587 crore as at end-March 1993 to Rs.63,742 crore as at end-March 1997. However, thereafter, there has been a decline. The public deposits, a component of regulated deposits, declined from Rs.20,792 crore as at end-March 1996 to Rs.18,178 crore as at end-September 1999. The new capital issues by non-government public limited companies, which had spurted from Rs. 6,193 crore in 1991-92 to Rs.26,417 crore in 1994-95, plummeted to Rs.3,138 crore in 1997-98 recovering partly to Rs.5,153 crore during 1999-2000. The net resources raised by mutual funds, which had moved up sharply from Rs.1,000 crore in 1985-86 to Rs.13,021 crore in 1992-93, fell to Rs.3,611 crore in 1998-99. The recent tax concessions, however, led to a recovery in the net inflow of resources of mutual funds to Rs.21,971 crore in 1999-2000. The development financial institutions (DFIs) have been increasingly offering bonds with flexible features leading to development of an active secondary market for debt instruments. The resources mobilised by these institutions have increased by 8.8 per cent to Rs.2,29,349 crore as at end-March 2000.

Thus, the unfolding of financial sector reforms resulted in a sharp rise in NBFC deposits, new public issues and resources mobilised by mutual funds in the immediate post-reform years (1992-93 to around 1996-97). However, the disintermediation process dampened in the more recent years, with a decline in public deposit mobilisation by NBFCs, a poor net inflow into mutual funds and a sharp decline in new capital issues by non-government public limited companies. Barring the tax-concession induced sharp net inflow into mutual funds in 1999-2000, the overall scenario does not still favour the view of financial disintermediation in motion. On a year-to-year basis, the post-tax return, risk factors and liquidity have together impacted on the portfolio allocation of household financial saving with bank deposit growth exhibiting heightened volatility during the post-reform period. However, such volatility could also be partly attributable to volatile capital inflows, which gathered momentum during the post-reform period. There is thus no firm and conclusive evidence in favour of financial disintermediation.

References

1.Demirguc-Kunt, Asli and Ross Levine, (1999), 'Bank-based and Market-based Financial Systems', Policy Research Working Paper, No.2143, Development Research Group.
2.Tobin, James, (1992), 'Financial Intermediaries', Palgrave Dictionary on Money and Finance.

 

3.39 An analysis of the trends in non-food gross bank credit of select scheduled commercial banks suggests that the pick-up in non-food credit spanned almost all the sectors with the exception of agriculture and small-scale industries (Appendix Table III.4). Credit to the priority sector recorded an increase of Rs.17,236 crore during 1999-2000 as compared with an increase of Rs.15,104 crore in the previous year. It reflected, inter alia, the widening of the scope of the priority sector to include (i) direct housing loans up to Rs.10 lakh in urban and metropolitan areas, (ii) subscription to bonds issued by the National Housing Bank (NHB) and Housing and Urban Development Corporation (HUDCO) exclusively for financing of housing irrespective of the loan size per dwelling unit, (iii) micro credit extended by banks to individual borrowers whether directly or through any intermediary, (iv) credit to NBFCs for on-lending to small road and water transport operators and to units in tiny industries and (v) investment in venture capital. While credit extended to small-scale industries (included under priority sector) declined to Rs.3,330 crore from Rs.4,975 crore during 1998-99, that to medium and large industries increased sharply to Rs.16,783 crore from Rs.12,986 crore during 1998-99. Loans to other sectors recorded a rise of Rs.13,383 crore as compared with the increase of Rs.8,560 crore during 1998-99. Sectors such as housing, consumer durables, NBFCs, loans to individuals against shares/debentures/bonds, real estate, tourism related credit and non-priority sector personal loans exhibited a higher order of increase during 1999-2000, reflecting the banking sector's recent thrust towards financing the services sector and consumer loans.

3.40 Reflecting industrial recovery and increased demand for funds from the banking sector, the gross bank credit to the industrial sector increased by Rs.20,113 crore during 1999-2000 as compared with Rs.17,961 crore in the previous year (Appendix Table III.5). The industry-wise distribution of gross bank credit reveals that out of 26 industries, only two industries exhibited a negative growth in credit as against seven in 1998-99. Credit to engineering and petroleum industries exhibited a sharp turnaround during 1999-2000 while credit to chemicals, dyes, paints, etc., food processing, cement, automobiles, construction, computer software and export related industries such as gems and jewellery, exhibited a substantial rise during 1999-2000 as compared with 1998-99. On the other hand, credit to electricity, iron and steel, vegetable oils (including vanaspati) and infrastructure and other industries was lower while that to mining, tobacco and tobacco products and telecommunications declined in 1999-2000.

3.41 Notwithstanding the pick-up in credit growth, banks sharply increased their investments in government securities by 24.7 per cent (Rs.55,239 crore) in 1999-2000 as against 19.4 per cent in 1998-99. The share of banks' incremental investments in government paper to incremental deposits jumped to 55.6 per cent in 1999-2000 from 31.4 per cent in 1998-99 and the share of lending to government in the overall deployment of resources by scheduled commercial banks was substantially higher at 42.9 per cent than 35.1 per cent in 1998-99. Currently, the banking system holds government and other approved securities of around 34.5 per cent of its net demand and time liabilities as against the requirement of 25 per cent. The excess SLR holdings by banks amounted to about Rs.85,000 crore as at end-March 2000. Banks' preference for government securities, despite a reduction in the stipulated SLR to the statutory minimum of 25 per cent was prompted by the higher capital adequacy requirement of 9 per cent and the prospect of reaping capital gains in the context of a decline in the market yields of government securities. This could, however, have implications for the interest rate spread of the banking system given the relative rigidity in the cost structure of funds mobilised by banks.

3.42 The liquidity enhancing monetary policy measures and a sharp increase in non-deposit resources enabled banks to finance incremental credit disbursals and investments. The Reserve Bank augmented liquidity of the banking system by about Rs.13,000 crore during 1999-2000. This was manifested in the reduction in the balances with the Reserve Bank by Rs.6,129 crore as against an increase by Rs.5,850 crore in 1998-99 (Table 3.10). Secondly, banks' 'other' demand and time liabilities increased by 30.6 per cent (Rs.18,369 crore) as against an increase of 28.7 per cent in 1998-99. Thirdly, banks' 'other' non-bank borrowings (primarily borrowings from the money market) increased by Rs.1,594 crore as against a decline of Rs.139 crore in 1998-99.

Trends in Utilisation of Refinance

Export Credit Refinance

3.43 During 1999-2000, the outstanding aggregate export credit of scheduled commercial banks increased from Rs.36,827 crore as on March 26, 1999 to Rs.40,460 crore as on March 24, 2000 and further to Rs.41,958 crore as on June 2, 2000 (Appendix Table III.6). However, as a percentage of net bank credit, it declined from 10.1 per cent as on March 26, 1999 to 9.3 per cent as on March 24, 2000 and increased to 9.5 per cent as on June 2, 2000. The export credit refinance limits of banks increased from Rs.7,269 crore (23.5 per cent of outstanding export credit eligible for refinance of Rs.30,945 crore) as on March 26, 1999 to Rs.10,579 crore (30.6 per cent of outstanding export credit eligible for refinance) as on March 24, 2000 and further to Rs.11,506 crore (32.0 per cent) of outstanding export credit (for working out refinance limit) as on June 2, 2000. With call rates hovering over the Bank Rate (also export credit refinance rate) of 8 per cent during the greater part of 1999-2000, utilisation of export credit refinance was quite substantial, except in December 1999 and January 2000. The daily average utilisation of export credit refinance by banks on a fortnightly basis ranged between Rs.4,106 crore (47.9 per cent of limits) and Rs.9,152 crore (92.0 per cent of limits) during 1999-2000. As on June 2, 2000, the daily average utilisation of export credit refinance was Rs.9,189 crore (79.9 per cent of limits).

Table 3.10: Select Liabilities and Assets of Commercial Banks:

1998-99 and 1999-2000

    

(Rupees crore)

  

Last Reporting Friday of March


1999-2000


1998-99


 
 

2000


1999


1998


Absolute


Per cent


Absolute


Per cent


 
1

2


3


4


5


6


7


8


Liabilities       
L.1Deposits

8,13,344

7,14,025

5,98,485

99,319

13.9

1,15,540

19.3

L.2Other Borrowings

2,734

1,140

1,279

1,594

139.8

-139

-10.9

L.3Other Demand and       
 Time Liabilities

78,442

60,073

46,679

18,369

30.6

13,394

28.7

L.4Net Inter-Bank Liabilities

10,390

10,418

8,045

-28

-0.3

2,373

29.5

L.5Borrowings from the RBI

6,491

2,894

395

3,597

124.3

2,499

632.7

         
 Total (L) (L.1 to L.5)

9,11,401

7,88,550

6,54,883

1,22,851

15.6

1,33,667

20.4

         
Assets       
A.1Food Credit

25,691

16,816

12,485

8,875

52.8

4,331

34.7

A.2Non-food Credit

4,10,267

3,52,021

3,11,594

58,246

16.5

40,427

13.0

A.3Non-SLR Investments

60,822

48,382

32,461

12,441

25.7

15,921

49.0

A.4Investments in Government

2,78,456

2,23,217

1,86,957

55,239

24.7

36,260

19.4

 Securities       
A.5Investments in other       
 Approved Securities

30,488

31,377

31,748

-889

-2.8

-371

-1.2

A.6Balances with the RBI

57,419

63,548

57,698

-6,129

-9.6

5,850

10.1

A.7Cash in Hand

5,330

4,362

3,608

968

22.2

754

20.9

 Total (A)

8,68,473

7,39,723

6,36,551

1,28,751

17.4

1,03,172

16.2

 
(A)/(L) (%)

95.3


93.8


97.2


 
 
 
 

Collateralised Lending Facility (CLF) and Additional Collateralised Lending Facility (ACLF)

3.44 Utilisation of CLF/ACLF continued to be low despite occasional spurts in call money rates in August and October 1999. During April - October 8, 1999, daily average utilisation of CLF ranged between Rs.5 crore (0.3 per cent of limit) and Rs.476 crore (36.2 per cent of limit) whereas the daily average utilisation of ACLF ranged between Rs.6 crore (0.5 per cent of limit) and Rs.110 crore (8.4 per cent of limit). The removal of stipulation of the cooling period, effective October 6, 1999, imparted some impetus to utilisation of CLF/ACLF. The daily average utilisation of CLF and ACLF during the fortnight ended March 24, 2000 was Rs.629 crore (47.8 per cent of limit) and Rs.40 crore (3.1 per cent of limit), respectively. Further, the average utilisation of CLF and ACLF during the fortnight ended June 2, 2000 was Rs.488 crore (37.2 per cent of limit) and Rs.2 crore (0.2 per cent of limit), respectively. With the introduction of the Liquidity Adjustment Facility (LAF), with effect from June 5, 2000, ACLF was replaced by variable rate repo auctions with same day settlement (Box I.1).

Bank Credit to Priority Sector

3.45 The aggregate outstanding priority sector advances of public sector banks increased from Rs.1,07,200 crore (43.5 per cent of net bank credit) as on the last reporting Friday of March 1999 to Rs.1,27,807 crore (43.6 per cent of net bank credit) as on the last reporting Friday of March 2000 and was 3.6 percentage points higher than the stipulated target of 40 per cent. The advances to the agricultural sector by public sector banks at 15.8 per cent on that date was 2.2 percentage points lower than the sub-target of 18 per cent of net bank credit. Advances to the weaker sections amounted to 7.2 per cent as against the stipulated target of 10 per cent of net bank credit. Private sector banks increased their priority sector credit from Rs.14,295 crore in March 1999 to Rs.14,747 crore in September 1999 and adhered to the priority sector target of 40 per cent as at end-September 1999. However, they faced a substantial shortfall in extending credit to agriculture (8.7 per cent of net bank credit as against the stipulated 18 per cent). The outstanding advances by foreign banks to the priority sector increased from Rs.8,270 crore (37.1 per cent of net bank credit) to Rs.9,699 crore (34.5 per cent). As against the sub-targets of 10 and 12 per cent for SSI and exports, respectively, credit extended by foreign banks to these sectors amounted to 10.2 and 22.5 per cent of net bank credit. While 66 per cent of priority sector advances of foreign banks were directed towards export credit, the bulk of the public sector banks' priority sector advances was accounted for by agriculture (36.1 per cent) and small-scale industries (35.8 per cent).

Trends during the First Quarter: 2000-01

3.46 Aggregate deposits of scheduled commercial banks increased by 4.6 per cent (Rs. 37,081 crore) during the first quarter of 2000-01 as against the rise of 2.1 per cent during the comparative period of 1999-2000 (up to July 2, 1999). Bank credit increased by 4.4 per cent (Rs.19,303 crore) with food credit and non-food credit rising by Rs. 7,491 crore and Rs. 11,812 crore, respectively. The pickup in non-food credit in the first quarter of this year, in contrast to a decline of 1.0 per cent during 1999-2000 (up to July 2, 1999), indicated continuity in the industrial recovery and the effect of the sharp increase in the fortnight ended April 7, 2000. Scheduled commercial banks' investments in government securities decelerated to 6.5 per cent from 9.8 per cent in 1999-2000 (up to July 2, 1999). The acceleration in non-food credit off-take and high, albeit, lower growth in investments in government securities were facilitated by the reduction in CRR announced in April 2000.

PRICE SITUATION

3.47 According to the new series of Wholesale Price Index (WPI) (Box III.7), introduced with effect from April 1, 2000, the annual rate of inflation measured on a point-to-point basis, during 1999-2000, remained consistently below the rates of inflation in 1998-99 for 48 weeks moving in the range of 1.9 per cent to 5.3 per cent in 1999-2000 as compared with the range of 4.2 per cent to 7.3 per cent in 1998-99. The rate of inflation picked up above 5 per cent in the first three weeks of March 2000, before closing the year at 6.5 per cent as against 5.3 per cent in 1998-992 (Chart III.8). The significant spurt in inflation in the last month of 1999-2000 was accounted for by the revision of prices of electricity (15.1 per cent) and urea N content (14.0 per cent) in the third week of February 2000 and prices of kerosene (100.9 per cent), liquified petroleum gas (30.2 per cent) and aviation turbine fuel (18.2 per cent) on March 22, 2000. Excluding the price increases of the above administered items, the inflation rate works out to 2.6 per cent for 1999-2000. Notwithstanding the year-end spurt, the low order of inflation during the major part of 1999-2000 led to the decline of the average rate of inflation (on a weekly basis) to the low of 3.3 per cent in 1999-2000 as against 5.9 per cent in 1998-99 and the average of 9.0 per cent during 1990-91 to 1997-98 (Tables 3.12 and 3.13 and Appendix Table III.7).

 

Box III.7

Working Group on the Revision of Index Numbers of Wholesale Prices in India (Base: 1993-94 = 100)

The Working Group for the Revision of Index Numbers of the Wholesale Prices in India (Chairman: Prof. S.R. Hashim), after conducting a comprehensive review of the existing database and methodology, has introduced a new series of wholesale price index (WPI). The base of the new series of WPI has been shifted to 1993-94 from the series with 1981-82 as the base year. The basic rationale of conducting a revision exercise of the WPI was to advance the base year to a more recent period so as to update the old commodity price vector and its weighting pattern thereby capturing the structural transformation process of the economy.

The new series considered only commodity producing sectors and has followed the same sectorisation as the previous series, viz., ';primary articles';, ';fuel, power, light and lubricants'; and ';manufactured products';. The only change in the classification system is the elimination of the category ';other miscellaneous manufactures'; under ';manufactured products'; with pro rata distribution of the weight among the remaining items in manufacturing.

The new series has covered 435 items in the commodity basket with 98 primary articles, 19 fuel group items and 318 manufactured products. The number of price quotations in the revised series is spread out to as many as 1918 quotations. The average number of price quotations per item, thus, works out to 4.4 for the revised series.

For preparation of the weighting diagram, the methodology adopted in the old series has been followed for the new series. The weighting distribution has been designed by excluding the services from the total value of transactions of the economy and then adopting a ';from above'; approach where the weights of the major groups were imposed from outside and then depending on the sample concerned, the weights within a group were parametrically imposed. This approach was adopted to avoid sample bias in cases of discrepancy of sample commodity-wise proportionality from the census figures. The weights of the items are based on the value of transactions which consist of (i) value of estimated marketed surplus in the case of agricultural commodities and value of products for sale in the case of non-agricultural products, (ii) total value of imports, including import duties and (iii) total value of excise duty. Weights have been assigned on the basis of the entire wholesale transactions in the economy. The value of transactions of non-selected commodities has been assigned to the selected items on a pro rata basis.

The comparative picture of the weighting diagrams of the previous, the existing and the revised series are presented in Table 3.11.

Table 3.11: Weighting Diagram of the WPI Series

 
 
 

(per cent)


Items

1993-94

1981-82

1970-71

 

Series


Series


Series


1

2


3


4


All Commodities

100.00

100.00

100.00

Primary Articles

22.02

32.29

41.66

Fuel, Power, Light   
and Lubricants

14.23

10.66

8.45

Manufactured products

63.75


57.04


49.87


The revised series like the earlier series is based on ex-factory/ex-mine prices in respect of manufactured items. In the case of agricultural commodities, however, the prices as quoted in primary markets are used. The mixture of ex-factory (inclusive of excise duty) and wholesale prices are used in the compilation of the index of manufactured items. There is no change in the system of collection of price data, which is mostly through correspondence.

There is no change in the method of compilation of the index in the new series. It is calculated on the principle of weighted arithmetic mean according to the Laspeyere's formula, which has fixed base weights operating through the entire life span of the series. In order to maintain continuity in the index series, the Working Group has continued to use the arithmetic conversion method to provide a linking factor between the new and the outgoing series, since it is operationally most convenient.

The average inflation rate, as per the new series, shows some difference from that measured on the basis of the old series. According to the new series, the average rate of inflation works out to 7.1 per cent during the period 1994-95 to 1998-99 as compared with 7.4 per cent as per old series. During 1999-2000, the average inflation rate, as per the new series, is slightly higher at 3.3 per cent than that of 3.0 per cent as per the old series. During the period 1994-95 to 1999-2000, manufacturing inflation works out to be 5.7 per cent in the new series, the same as that of 5.7 per cent in the old series, reflecting the lower manufacturing prices in the recent past. There are, however, differences between the new and old series in the case of primary articles and the fuel group. The average inflation rate of primary articles is placed higher at 8.0 per cent during 1994-95 to 1999-2000 according to the new series than 7.7 per cent as per the old series. The fuel group inflation at 8.3 per cent in the new series is also higher than that of 8.1 per cent in the old series, during 1994-95 to 1999-2000.

Reference

1.

Government of India (1999), Report of the Working Group on the Revision of Index Numbers of Wholesale Prices in India, Ministry of Commerce and Industry, Office of the Economic Adviser, New Delhi.

3.48 The inflation rates at the retail level, as measured by the annual variations in the Consumer Price Index for Industrial Workers (CPI-IW), on a point-to-point basis, by and large, moved in tandem with the WPI inflation. The CPI recorded an inflation rate of 4.8 per cent in 1999-2000 as against 8.9 per cent in 1998-99 with the month to month annual rate of inflation ranging between zero per cent in November 1999 and 8.4 per cent in March 1999. The steep deceleration in consumer inflation was reflected in the average (monthly) inflation rate for the year, which moved down to 3.4 per cent in 1999-2000 from 13.1 per cent in 1998-99.

3.49 An analysis of WPI at the disaggregated level indicates that, on an average basis, fuel, power, light and lubricants recorded the highest price increase of 9.0 per cent (3.2 per cent in 1998-99) reflecting the revision of diesel prices, in October 1999, the hike in the price of electricity in the third week of February 2000 and the substantial increase in the prices of kerosene, liquified petroleum gas and aviation turbine fuel in the last week of March 2000. Within the fuel group, the inflation rates of mineral oils and electricity accelerated to 11.8 per cent and 7.5 per cent, respectively, in 1999-2000 from 3.1 per cent and 3.4 per cent in 1998-99. The primary articles group witnessed a moderate order of increase in prices of 1.1 per cent in 1999-2000 as compared with 12.0 per cent in 1998-99. Within the primary articles group, cereals recorded double digit rate of inflation of 17.8 per cent in 1999-2000 as compared with 9.0 per cent in 1998-99. On the other hand, prices of fruits and vegetables, raw cotton and oilseeds declined by 16.9 per cent, 11.7 per cent and 10.2 per cent, respectively, in 1999-2000 in contrast to increases of 29.8 per cent, 7.4 per cent and 15.8 per cent in 1998-99.

3.50 Manufactured products, both on an average as well as on a point-to-point bases, showed the lowest order of increase in inflation since 1982-83. The average inflation in the case of manufactured products decelerated to 2.7 per cent in 1999-2000 from 4.4 per cent in 1998-99. On a point-to-point basis, the inflation rate of manufactured products fell to 2.4 per cent in 1999-2000 from 4.9 per cent during the previous year. The deceleration in the inflation rate, on an average basis, in the case of manufactured products was primarily contributed by the decline in the prices of edible oils, cotton textiles and cement to 12.3 per cent, 0.3 per cent and 1.9 per cent, respectively, in 1999-2000 as against the increases of 22.8 per cent, 1.7 per cent and 1.5 per cent in 1998-99. Besides, sugar, khandsari and gur, iron and steel and machinery and machine tools also exhibited very low inflation rates of 1.6 per cent, 1.3 per cent and 0.1 per cent, respectively, in 1999-2000 as compared with the increases of 14.2 per cent, 2.3 per cent and 0.6 per cent in 1998-99 (Appendix Table III.7).

2.

It may be noted that the provisional inflation rate on point-to-point basis for 1999-2000, as per old index (base: 1981-82 = 100) was significantly lower at 3.7 per cent than the revised rate of 6.5 per cent, as per the new index (base: 1993-94 =100). The difference between the two indices was primarily accounted for by the revision in the prices of fuel items, electricity and urea, which could not be captured in the price quotations for the compilation of the price index under the old base. The difference in the weighting pattern and commodity basket between the two series also contributed to this divergence.


Table 3.12: Main Inflation Indicators

 
      

(Per cent)

  Item

1999-2000

1998-99

1990-91 to

1980-81 to

 
 
 
 
 

1997-98


1989-90


 
 
1

2


3


4


5


1.WPI - All Commodities    
 a)Point-to-point basis

6.5

5.3

9.4

7.5

 b)Average basis

3.3

5.9

9.0

8.0

       
2.CPI - Industrial Workers    
 a)Point-to-point basis

4.8

8.9

10.1

8.9

 
b)
Average basis

3.4


13.1


9.8


9.1


Note:Data is based on the new base (1993-94 = 100) from 1994-95 onwards.

3.51 The average increase in the administered prices was 8.9 per cent in 1999-2000 as compared with 3.0 per cent in 1998-99 (Table 3.14). This was primarily led by a sharp increase in the prices of mineral oils, electricity and urea N content. Excluding the administered items, the annual average inflation rate fell to 2.1 per cent as against the actual of 3.3 per cent. Chart III.9 shows V shaped price trends in administered commodities between 1997-98 and 1999-2000. Administered prices of fuel and electricity were revised to a high level in 1997-98 and fell in 1998-99, before returning in 1999-2000 to the average levels witnessed during 1994-95 to 1996-97.

3.52 An analysis of the weighted contribution of major commodity groups to the WPI indicates that the fuel group contributed 41.4 per cent of the overall inflation rate in 1999-2000 as compared with a low share of 8.3 per cent in 1998-99. The share of primary articles in the overall WPI inflation receded to 8.1 per cent in 1999-2000 from 46.6 per cent in 1998-99 while that of manufactured products rose from 45.2 per cent to 49.9 per cent over the same period (Table 3.15 and Appendix Table III.8).

Table 3.13: Frequency Distribution of Annualised Inflation Rates @

(Base : 1993-94 = 100)

 

Number of Months


Range of Annualised   
Inflation Rate (Per cent)

1999-2000


1998-99


1997-98


1

2


3


4


2.1 - 3.0

4

-

-

3.1 - 5.0

7

2

9

5.1 - 7.0

1

8

3

7.1 - 9.0

-


2


-


Memo Items
 
 
 
Average (per cent)

3.3

5.9

4.4

Median (per cent)

3.2

6.0

4.2

Standard Deviation (per cent)

0.9


0.9


0.7


@ Month-wise (Average of weeks).   

Table 3.14: Hike in Administered Prices (Average basis)

      

(Per cent)

 Item

Weight

1999-2000

1998-99

1997-98

1994-95 to

 
 
 
 
 
 

1996-97


 
1

2


3


4


5


6


1.Coal Mining

1.753

3.8

2.7

18.7

5.7

2.Mineral Oil

6.990

11.8

3.1

12.7

7.3

3.Electricity

5.484

7.5

3.5

13.7

10.2

4.Urea N Content

2.156

7.7

1.6

9.2

7.2

Administered Items

16.383


8.9


3.0


13.2


8.0


Memo Item
 
 
 
 
 
Inflation Rate (Change in WPI)

3.3

5.9

4.4

8.4

 

3.53 The rate of inflation in terms of the point-to-point variation in the Consumer Price Index for Industrial Workers (CPI-IW) recorded an increase of 4.8 per cent in 1999-2000 as compared with an increase of 8.9 per cent in 1998-99. On an average basis, CPI-IW showed an inflation rate of 3.4 per cent in 1999-2000, much lower than that of 13.1 per cent in 1998-99. The overall deceleration in CPI-IW reflects the subdued movement in the price of food products emanating from the bumper foodgrains production, better management of the Public Distribution System and improved supply position of essential items like edible oils and sugar through imports, which quelled the inflationary expectations in respect of primary articles. As a result, the annualised monthly inflation rates measured by CPI-IW and WPI showed a larger degree of convergence in 1999-2000 than in the preceding year (Appendix Table III.9 and Chart III.10). The differential moved in the range of (-) 2.8 per cent to 4.6 per cent in 1999-2000 as compared with the range of 3.2 per cent to 12.4 per cent in 1998-99. Within the consumer inflation, prices of pulses and products, oils and fats, condiments and spices and vegetables and fruits recorded sharp drops, in line with the comparable counterparts in the wholesale prices. However, the consumer inflation of meat, fish and eggs and fruits and vegetables remained above the wholesale prices of these groups (Chart III.11).

 

Table 3.15: Contribution of Major Groups to Inflation (Average Basis)

(Base: 1993-94 = 100)

    

(Per cent)

Item

1999-2000

1998-99

1990-91

1980-81

 
 
 

to 1997-98


to 1989-90


1

2


3


4


5


Primary Articles (22.03)

8.1

46.6

34.1

33.2

Fuel Group (14.23)

41.4

8.3

14.7

12.6

Manufactured Products (63.75)

49.9

45.2

51.4

54.2

All Commodities (100.0)

100.0


100.0


100.0


100.0


Note: Figures in parentheses indicate relative weights.

 

3.54 The frequency distribution of the consumer price inflation based on centre-wise data available for 70 cities across India showed that the price deceleration was common to all centres. Out of 70 centres, 3 centres reported negative inflation, 50 registered under 5.0 per cent inflation and the remaining recorded inflation within the range of 5.0 per cent to 9.9 per cent. The rate of inflation never exceeded the double digit level in any of the centres as against 58 centres, which had reported double digit inflation, in 1998-99.

3.55 The recent trends in the inflation rates have brought to focus a number of aspects of management of prices in India. First, the inflation rate in the past two years (1998-99 and 1999-2000) has moved in a cyclical fashion, reflecting the larger role of agricultural supply cycles on the price situation. Secondly, the delayed revision of administered prices has added a certain degree of uncertainty to the inflation situation. Both these factors have blurred the role of demand side factors in the inflation process. Thirdly, the steady decline in manufacturing sector inflation, a result mainly brought about by internal restructuring and technological upgradation in industry, indicates, inter alia, the growing importance of a competitive industrial sector in sustaining improvement in the price situation. Fourthly, the Indian inflation rate has remained lower than the average inflation rate for developing economies in the 1990s. However, the substantial decline in the inflation rate of the developing economies during the second half of the 1990s has narrowed the differential with the rate obtained in India3 (Chart III.12).

Trends during the First Quarter: 2000-01

 

3.56 The year-on-year rate of inflation, as measured by WPI, during the first quarter of 2000-01, increased due to the one time hike in the prices of electricity and urea N content and fuel items effected in February and March 2000, respectively, and also the rise in the prices of primary articles. The rate of inflation was high at 6.8 per cent as on April 1, 2000 and remained above 6.0 per cent till end-June 2000. Among the major groups of WPI, the fuel group exhibited the maximum increase of 26.8 per cent as at end-June 2000 as compared with an increase of 3.0 per cent a year ago and the primary articles group increased to 4.4 per cent from a marginal increase of 0.1 per cent as at end-June 1999. The inflation rate of manufactured products further dipped to a low order of 1.8 per cent as compared with 2.9 per cent a year ago. Within the primary articles group, milk, eggs, fish and meat, fibres and fruits and vegetables contributed to a higher order of increase. In the case of the fuel group, the price increase of major components like mineral oils and electricity was high at 41.8 per cent and 15.1 per cent, respectively, as at end-June 2000 as compared with increases of 1.8 per cent and 5.3 per cent a year ago. In the case of the manufactured products group, mainly edible oils, cement and chemicals and chemical products brought down the overall inflation rate of the group (Appendix Table III.7). The weighted contribution of the fuel group to the overall price rise as at end-June 2000 was maximum at 65.7 per cent as compared with 20.7 per cent as at end-June 1999. The shares of primary articles and manufactured products were 17.1 per cent and 17.2 per cent, respectively, as at end-June 2000 as compared with 1.4 per cent and 78.1 per cent a year ago. The CPI-IW, on a point-to-point basis, showed an increase of 5.2 per cent as at end-June 2000 as compared with 5.3 per cent as at end-June 1999.

3.The rate of inflation is based on the wholesale price index on a financial year basis for India and on the consumer price index for other countries.

Core Inflation

3.57 The concept of core inflation has gained importance in the monetary policy framework of several countries in recent years. Core inflation provides a measure of long-term inflation movements in the economy when various types of supply shocks or administered price changes produce fluctuations in the price index. Thus, the core inflation essentially captures the underlying cost and demand conditions which affect inflation when output is at its normal level.

3.58 Core inflation is estimated in several ways. Of them, the two frequently used approaches, viz., the exclusion principle, through which relatively volatile commodity prices are excluded from the inflation rate and the limited influence estimators like the trimmed mean method4, through which only a certain part of the skewness in actual commodity prices is removed, are employed to derive the core inflation for India. The inflation targeting countries have been monitoring the core inflation rate by excluding certain commodities from the headline price index.

3.59 The empirical work regarding the estimates of core inflation is of recent origin in India, with few estimates available. It needs to be recognised that estimates of core rate of inflation are sensitive to factors such as the commodity basket and the weight structure. The measure of core inflation for the Indian economy could be worked out by an index constructed after excluding the commodities which are significantly influenced by supply shocks and administered prices from the WPI. By these criteria, the commodities excluded constitute about 38 per cent of the total weight of the WPI. The core inflation measured by the exclusion criteria is estimated to have declined to 2.6 per cent during 1999-2000 from 4.5 per cent in 1998-99. However, given the large number of commodities that were to be excluded from the WPI following the criteria of sensitivity to supply shocks and administered price controls, the core inflation measured on this basis may not reflect a true measure of inflation.

3.60 An alternative estimate is provided by the weighted trimmed mean method, which considers all commodities but removes only the fixed percentage of skewness of inflation from the WPI basket5. Chart III.13 provides the annual trends in the actual inflation, as measured by the WPI, and the two alternative core measures of inflation for the Indian economy during 1995-96 to 1999-2000. The core inflation measured by the weighted trimmed mean method (20 per cent trimmed mean) also showed a substantial decline in underlying inflation during the past two years. It declined to 4.0 per cent in 1999-2000 from 4.9 per cent in 1998-99.

4.The weighted trimmed mean method excludes a fixed percentage of data points from the top and bottom tails of the inflation distribution across commodities. By this principle, an equal percentage of points of the inflation rate on either side, ordered by the weight of the commodity basket, are removed from the actual inflation rate.
5.This alternative estimate of core inflation is generated by using the 20 per cent weighted trimmed mean method. By these criteria, 10 percentage points of inflation on either side ordered by the weight of the respective commodities is removed from the actual inflation.

 

 

3.61 Chart III.14 gives the trends in the annual average M3 growth, actual inflation and core inflation as measured by the weighted trimmed mean method. The core inflation indicates a closer co-movement with M3 growth than that of the actual inflation, particularly in the years of significant supply shocks. Both core and actual inflation diverged significantly growth in the years immediately from the M3 following the second half of the 1990s. It must, however, be emphasised that these are very preliminary results and further work, therefore, is needed both on the methodology and on the utility of the concept for purposes of formulation of monetary policy.


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