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Economic Review FEDERAL RESERVE BANK OF ATLANTA DECEMBER 1981 Success or Burden? ALLBIG G O V T Federal Sector's Hidden Size INCENTIVES Southeast Lures Foreign Investors NOWS Competition in Southeastern Cities FORECASTS State Models in Southeast ü A Economic h i Review" FEDERAL RESERVE BANK OF ATLANTA President: W i l l i a m F. Ford Sr. Vice President and Director of Research: D o n a l d L. K o c h Vice President and Associate Director of Research: W i l l i a m N. C o x Financial Structure: B. Frank K i n g , Research O f f i c e r David D. Whitehead National Economics: Robert E. Keleher, Research Officer Stephen O . Morrell Regional and International Economics: G e n e D . Sullivan, Research O f f i c e r C h a r l i e Carter W i l l i a m J. Kahley Database Management: D e l o r e s W. S t e i n h a u s e r Visiting Scholars: James R. Barth G e o r g e W a s h i n g t o n University G e o r g e J. B e n s t o n University of R o c h e s t e r Arnold A. Heggestad University of Florida John Hekman University of N o r t h C a r o l i n a Communications O f f i c e r : D o n a l d E. Bedwell Public Information Representative: D u a n e Kline Editing: G a r y W. Tapp Graphics: S u s a n F. Taylor Free subscription and additional copies available upon request to the Information Center, Federal Reserve Bank of Atlanta, P.O. Box 1731, Atlanta, Georgia 30301. The views expressed are not necessarily those of the Federal Reserve Bank of Atlanta or of the Federal Reserve System. Material herein may be reprinted or abstracted, provided this Review and the author are credited. Please provide this Bank's Research Department with a copy of any publication in which such material is reprinted. The Federal Reserve Bank of Atlanta also publishes Insight, a newsletter on economic trendy in the Southeast. Insight, published twice a month and mailed first class, is designed to give readers fresh and timely data, analyses, and forecasts on the Southeast's economy. Free subscriptions are available from the Information Center, Federal Reserve Bank of Atlanta, P.O. Box 1731, Atlanta, Georgia 30301. DECEMBER 1981, E C O N O M I C REVIEW T h e purpose of the Economic Review is to inform the public about Federal R e s e r v e policies and the economic environment and, in particular, to narrow the g a p between specialists and concerned laymen. Is the All-Savers Certificate a Success? Evidence from the Southeast 4 NOW Competition in Southeastern Cities How much will the All-Savers program help the thrift industry? How much will it cost in lost federal revenues? A survey of over 3,000 All-Savers depositors in the Southeast suggests some answers. Previous articles in this Review have traced the competition for NOW dollars at the state level. But how are banks and S&Ls faring in individual cities? New reports show wide variations across the region. Southeastern Pork Production: A Clue to Future Food Price Changes? 24 Hog prices are a major component of meat prices in general. Since meat prices, in turn, govern the majority of changes in consumer food prices, changes in hog prices may indicate imminent changes in consumer food prices. A comparison of pork production in the Southeast and the M idwest sheds light on the reliability of southeastern pork production as an indicator of food price changes. The Impact of State Incentives on Foreign Investors' Site Selections 36 High stakes in the bidding for foreign investment have spawned increasing use of incentives by state development agencies. What is the evidence that these incentives actually affect foreign investment decisions? V O L U M E LXVI, N O . 8 14 Economic Forecasting for Southeastern States 29 How Big is the Federal Government? 43 Econometric models for individual states are flourishing in the Southeast. Where are the region's major econometric forecasting projects? How do they work, who are their clients, and how good are their forecasts? Polls indicate the public thinks the federal government is too large, wasteful and inefficient, yet the number of federal employees per 1,000 of population actually dropped from 1959 to 1978. Is the public impression wrong, or do conventional measures of government size fail to capture the true extent of federal employment and spending? % Is the All-Savers Certificate A Success? Evidence from the Southeast A survey of southeastern All-Savers depositors suggests that the Certificate offers some help to thrifts but presents little competition to money market funds. In fact, the ASC's benefits to financial institutions appear small compared to the costs in lost federal tax revenues. The controversial All-Savers Certificate (ASC) has been hailed by proponents as a boon to the ailing thrift industry, but panned by critics as offering too little help to thrifts at too much cost to the Treasury. A spokesman for the mutual funds industry painted a frightening picture of the A S C as "a giant vacuum cleaner... drawing funds away from normal investment with some serious consequences." 1 The National League of Cities worried that the A S C would be in direct competition with tax-exempt municipal bonds, forcing up the cost of running cities and raising property taxes.2 But if the ASC is a vacuum cleaner, it seems to be operating in neutral—merely churning up funds within the same institution. Early evidence from the Southeast reveals that, while the AllSavers program will provide modest relief for thrift institutions, its cost to the U. S. Treasury is likely to be substantially greater than its benefits to thrifts. Specifically, a Federal Reserve Bank of Atlanta survey suggests the following conclusions: 1. Consumers are not pulling funds from one kind of institution (bank, thrift, or credit union) and putting them into another. 2. Surprisingly, although the A S C provides a lower level of tax benefits for families earning less than $30,000 per year, over 40 percent of new ASC depositors fall into that category. 3. The All-Savers Certificate is producing modest cost savings for thrifts and banks. 4. Congress estimated the ASC will cost the federal government about $3.3 billion in tax revenues. Since we estimate that it will increase thrift's earnings by at most $1.9 billion, for every dollar the ASC saves the thrifts, it will cost the Treasury almost two dollars. 4 5. Consumers are not putting much money from passbook savings into the ASC. 6. The ASC is not presenting serious competition to money market funds. 7. Most A S C deposits are coming from money market certificates. Why the All-Savers Certificate? Background In the Economic Recovery Tax Act of 1981, Congress sought to address the financial problems of the thrift industry by authorizing thrift institutions, commercial banks and credit unions to issue a new type of certificate of deposit. A portion of the earnings on this new certificatecalled the All-Savers Certificate—is exempt from federal income taxes. This feature allows the nation's depository institutions to offer a deposit that costs them less than market indexed deposits, such as money market certificates, and at the same time, provides high returns to investors. With the ASC, Congress sought to bolster the earnings and financing capacity of thrift institutions. Savings and loan associations and mutual savings banks have been hard hit in the past two years by portfolio imbalances: they have had to borrow at rates often higher than longer-term rates at which they lend. S&L earnings dropped from a record $3.9 billion in 1978 to $.8 billion in 1980 to a loss of $1.8 billion during the first half of 1981. Their net worth declined by $3.2 billion, 9.8 percent, during the first three quarters of 1981. The designers of the A S C hoped to attract investors with higher incomes—people with greatDECEMBER 1981, E C O N O M I C REVIEW er access to investments such as money market mutual funds which compete with depository institutions—by offering a tax-free yield of 70 percent of the investment yield on 52 week Treasury Bills. For households with marginal tax brackets of 30 percent or higher, the ASC's taxequivalent yield is equal to or above the 52 week Treasury Bill yield. The A S C rate in effect for most of October—12.14 percent—gave an after-tax yield of 16.19 percent to taxpayers with a 1982 taxable income of $20,000-$24,000 and filing a joint return; taxpayers filing a joint return with taxable incomes of more than $85,000 would earn an after-tax equivalent return of 24.28 percent. Commercial banks and credit unions were also allowed to issue ASCs at the same rates and maturities as thrift institutions. Had they not been allowed to do this, it is quite likely that there would have been deposit flows from the commercial banks and credit unions to thrift institutions when the ASC was introduced. Since ASC deposits would probably be taken out of taxable instruments, federal tax revenue would be lost. Congress sought to limit this loss of tax revenue by limiting the time period in which it could be issued and the amount of income from the certificate that is covered by the tax-exemption. The certificates may only be issued between October 1, 1981 and December 31, 1982. For persons filing individual tax returns, $1,000 of income is tax exempt; for persons filing joint returns, the exemption is $2,000. To further aid the thrift institutions, the Depository Institutions Deregulation Committee rescinded early withdrawal penalties on certificates of deposit that were converted into ASCs if the original certificate paid a higher interestrate than the ASC. The DI D C thus discouraged depositors from converting lower cost certificates to ASCs and encouraged them to convert higher cost deposits. What emerged from this blend of Congressional objectives is a fairly simple concept bounded by detailed law and regulation. Features which will boost the financial industry are the tax exempt status of earnings from the certificate, the indexing of the certificate's yield at 70 percent of market yield on a similar instrument and the ease of converting higher cost certificates to all savers certificates. The main restrictions are the limits on the amount of income from ASCs that may be deducted and the limited time during which the certificates may be offered. FEDERAL RESERVE BANK OF ATLANTA BOX 1 Main Features of the All Savers Certificate T a x Exemption T i m e Period $1,000 individual return $2,000 joint return 15 months (Oct. 1,1981 - Dec. 31, 1982) for Issue When Interest Paid as accrues or at maturity Highest Minimum Deposit $500 Buyers Eligible for T a x Exemption individuals, partnerships, estates of purchasers Interest T a x a b l e if certificate redeemed, used to secure a loan Maturity 1 year Interest Rate 70 percent of investment yield on 52 week U.S. Treasury Bills, most recent auction before week A S C is issued. Investment T i e s Beginning first quarter 1982, 75 percent of lower of net new retail time and savings deposits or value of all savers certificates issued during the previous quarter must go to residential or agricultural financing. Otherwise, the institution must not issue certificates until the requirement is met. What Are Residential a n d Agricultural Financing •agricultural loans • insured or guaranteed home improvement loans • mortgages on single or multifamily dwellings • new purchases of FNMA, GNMA, F H L M C and private mortgage pass through or mortgage backed securities • mobile home loans •construction and rehabilitation loans on single and multifamily residences Is It Working? Survey Results In evaluating-the success of the A S C so far, we need to ask two kinds of questions: (1) Is it producing the intended effects, and (2) Is it producing unintended effects? In order to gain early insight into these questions, we surveyed purchasers of ASCs from banks and savings and loan associations in the Sixth Federal Reserve District. We solicited the voluntary cooperation of the largest banks and S&Ls in the District. In our invitation, we explained that participating institutions would be the first to receive survey results and interpretations. Thus, from a "self-interest" standpoint, the institutions could gain valuable marketing information by participating. Within 30 days of the survey, the participating institutions had the survey results and a profile of All-Savers deposits in the region. The institutions which participated in Alabama represented 33 percent of the state's total deposits; in Florida, 18 percent; in Georgia, 22 percent; in Louisiana, 4 percent; in Mississippi, 28 percent; and in Tennessee, 23 percent. Both savings and loans and commercial banks were represented in all of the states except Alabama and Georgia, where no S&Ls responded. Commercial bank customers' responses made up 74 percent of the total sample; savings and loans' customers comprised the remaining 26 percent. These propor- Table 1. Alternative Instruments for Investment of All-Savers Certificate F u n d s Alternative Instrument Money Market Certificate Small Saver Certificate Fixed-Rate Time Certificate or Passbook Sources Other Internal Sources Money Market Mutual Fund State or Municipal Securities U.S. Treasury Securities Other External Sources No Response Percent of A S C Funds 64.5 5.1 8.4 2.0 12.1 1.4 1.8 3.4 1.3 Note: items do not add to 100% because of rounding. 6 T a b l e 2. Institutional S o u r c e of All-Savers Certificate F u n d s Percent of F u n d s from Institution Institution Same Institution Other Depository Institutions Commercial Bank S&Ls Credit Union Other Institutions Multiple Institutions No Response 61.2 12.7 8.9 .7 8.6 7.0 .9 100.0 tions roughly parallel the proportion of total deposits held by these institutions in the Southeast.4 The institutions asked their customers who invested in the A S C during October 1-7 period to fill out a survey form. The key questions asked of the customer were amount of deposit, institutional source of funds, alternative financial instrument for the funds, percent of the depositor's savings invested in the ASC, and the depositor's age, and income. Each institution chose 3-5 branches in different parts of its state in which to conduct the survey. The surveys were administered during the first five working days of October. Nearly 3,200 completed forms were returned and processed, representing $28 million in All-Savers deposits. Is the ASC providing the intended benefits? The primary question is whetherfunds comingin to ASCs will come predominantly from high cost or from low cost deposits. In the Southeast, the evidence is that fears that the A S C would raise the cost of funds are unfounded (see Table 1). Savers reported that only eight percent of AllSavers' funds would have wound up in passbook savings or fixed rate certificates of deposits, and 70 percent of the money would have gone into higher cost money market certificates or small savers certificates. A second major purpose of the A S C was to bring new money into depository institutions. D E C E M B E R 1981, E C O N O M I C R E V I E W All-Savers Survey Highlights 61 percent of All-Savers depositors kept their funds in the same institution. 65 percent of ASC deposits came from money market certificates. Only 3.5 percent of ASC deposits were taken out of S&Ls and put into commercial banks. Only 4.3 percent went from banks into S&Ls. Only eight percent of ASC deposits came from passbook savings and other fixed rate time deposits, suggesting that consumers are still wary of committing these funds for as long as a year. The ASC represented very little competition to money market funds. About 12 percent of ASC funds in the survey came from money market funds. On this score, the ASC was only moderately successful. Our survey showed that more than 60 percent of ASC deposits were transferred from accounts within the same institution. Nineteen percent came from other sources outside of the depository institutions, such as money market funds, stocks, or securities.(See Table 2). The ASC was also intended to stimulate certain kinds of investment. Thrifts and banks must invest 75 percent of their inflow of ASCs or of their net inflow of consumer time and savings deposits in "housing and agriculture." Housing and agriculture are broadly defined in the Tax Act to include securities of the Federal Home Loan Mortgage Corporation, the Government National Mortgage Corporation and the Federal National Mortgage Corporation, as well as mortgage, construction, home improvement and farm loans made to the private sector. These investment requirements should not be difficult for most institutions to fulfill. Thrift institutions already invest predominantly in housing related assets. Commercial banks, while not generally specializing in real estate and agricultural loans, will be investing cash flow from ASC deposits and other sources that provide substantial amounts of funds. This large flow of investment relative to the ASC gains seems likely to allow most banks to meet investment requirements FEDERAL RESERVE BANK OF ATLANTA Since most of the money going into ASCs is being rolled over from higheryielding accounts, some institutions may experience improvement in interest margins. Even though the ASC's tax advantages are less effective for families earning less than $30,000, over 40 percent of new ASC depositors fell into that "lower income" category. without much difficulty.Conversations with several larger Southeastern banks indicate this to be their expectation also. Side Effects The second kind of concern about the ASC has to do with unintended side effects. To the extent that ASCs promote inflows of funds into depository institutions, for example, they will take funds from other institutions and instruments that savers use. Most important of these to the thrifts are the money market mutual funds. ASCs' tax exempt feature also gives them some similarity to state and municipal securities. ASCs may also be substitutes in investment portfolios for shortterm obligations of the U. S. Treasury, and for corporate securities. To determine what financial instrument is getting the most competition from the All-Savers, we asked the customer, "Where would you place these funds if the ASC were not available?" Sixty-five percent answered the six-month money market certificate. Even more, 71 percent, of the money which was transferred within the same institution was converted from money market certificates. The money market mutual funds lost only a modest amount of money to All-Savers. During 7 October, their assets nationwide climbed almost $9 billion to $170 billion. In the Southeast, we found that only 12 percent of deposits flowing into the all-savers certificates would have gone into or remained in money market funds if allsavers had not existed. Much smaller percentages of funds would have gone into state and municipal securities or U. S. government securities. Our survey revealed another public reaction to the ASC which was surprising. A large proportion of ASC depositors had gross incomes of less than $30,000—indicative of marginal tax rates of less than 30 percent for those filing joint returns. The tax advantage for an individual is determined by comparing the effective taxable yield he can receive on the All-Savers Certificate to the current yield on money market funds or other highpaying instruments. For a family in the 30 percent tax bracket, the initial All-Savers yield of 12.61 percent was equal to a taxable yield of approximately 18 percent. For the family in the 20 percent bracket, a comparable taxable yield would be 15.8 percent. Therefore, most analysts expected that the lower income (but not necessarily low income) groups would choose to invest in a money market fund where yields are well over 16 percent than tie their money up in the lower-yielding All-Savers Certificate. Our survey indicates, however, that the largest proportion of accounts and funds in ASCs came from depositors with household incomes of less than $30,000. and may be alien to individuals who do not invest frequently or with any volume. It seems likely that households with lower incomes would keep a larger proportion of their assets in depository institutions. Those survey respondents in the less than $30,000 income bracket who did take money out of a money market fund to invest in the ASC represented only 7 percent of the deposits for that income group. If money market funds are not perceived as a viable investment alternative, then the ASC is very attractive to an investor with less than $ 10,000 (which is the minimum investment in the six month money market certificate) who does not want to tie up money for V k years in the smallsavers certificate. The ASC's effective yield for an investor in the 20 percent tax bracket has been very close to the 2V2 year small-saver certificate yield. This appeal of the A S C to lower income groups could be part of the reason why money market funds have suffered very little from its introduction. Higher income groups may recognize that, for them, tax-free money market funds or municipal bonds may yield a higher return than the ASC. They may also want the liquidity of the money market funds, something the ASC does not provide. The average size of deposit increased as income increased. It ranged from $6,500 per deposit for the under $30,000 income bracket to $12,000 per deposit in the over $60,000 income range. Investment in All-Savers Certificate by I n c o m e G r o u p National Effects of the ASC Household Income $0-30,000 30-39,999 40-49,999 50-59,999 60,000+ No Response P e r c e n t of P e r c e n t of Deposits Accounts 30 21 15 10 15 9 41 20 12 7 11 9 There may be several explanations for this trend. The lower income investors may be predominantly those who file individual tax returns. Marginal tax rates and tax adjusted A S C yields are higher for these taxpayers than for those filing joint returns. Lower income groups may be less likely to perceive money market funds as a viable alternative investment. The funds are often handled by a brokerage firm or investment company 8 Since the All-Savers Certificate breaks new ground, there is considerable difference of opinion about its projected impacts. Our survey provides new evidenceon several features of the public's response to the certificate. W e can use these figures from the Southeast to estimate the national effects of the all savers program on competition among institutions, and on institutions' costs. First, institutions apparently are not raiding each other for A S C funds. Our survey indicated that a majority of funds deposited in ASCs came from within the same institution and that even when funds moved between institutions there was little crossover between banks and S&Ls. Only a small proportion of A S C deposits at the banks and S&Ls we surveyed came from credit unions. In addition, we found that banks and thrifts got similar percentages of their All-Savers DECEMBER 1981, E C O N O M I C REVIEW funds from outside sources such as money market mutual funds. Banks' and thrifts' proportions of ASC funds reported in the survey were very similar to the proportion of consumer time and savings deposits that they held. Our results indicate that the ASC is producing only small flows of funds among different types of institutions. Second, the ASC seems likely to produce modest savings in costs of funds for thrifts and banks. We estimated the cost savings for thrift institutions and commercial banks on the basis of a maximum volume of ASC deposits of $110 billion.This estimate seems reasonable in light of the first month's ASC experience. It is the midpoint between recently revised estimates of $150 billion by Data Resources Incorporated (on the high side) and the estimate of $70 billion which is consistent with the tax loss estimates of the Congress' Joint Committee on Taxation (on the low side). The box explains the details of our method. Since spreads between the costs of ASCs and alternative sources of funds are crucial to cost savings estimates, we made two estimates. The first was based on yield spreads in 1980, a year of high interest rates when short-term rates were often above long-term rates. The second was based on yield spreads in 1978 when interest rates were lower and short-term rates were generally below long rates. On the basis of the larger 1980 rate spreads, we estimate the 1982 cost savings to thrifts would be $1.1 billion (1.7 percent of their 1980 cost of funds, almost twice their depressed 1980 earnings levels) (see Table 3). Banks would also Table 3. C o s t S a v i n g s from A S C s C o m p a r e d with C o s t s a n d E a r n i n g s of F i n a n c i a l Institutions Cost savings 1982 1980 spreads (million $) 1978 spreads (million $) Cost of funds 1980 Cost of deposits 1980 Net after-tax income Cost savings as percent of: Cost of funds 1980 spreads 1978 spreads Cost of deposits 1980 spreads 1978 spreads Net after-tax income 1980 spreads 1978 spreads FEDERAL RESERVE BANK OF ATLANTA Commercial Banks Thrifts 938.0 605.0 217.8 196.2 14.0 1061.0 691.0 58.6 52.2 .5 .4 .3 1.7 1.2 .5 .3 2.0 1.3 6.7 4.3 198.7 129.4 BOX 2 In order to project the ASC's impact on institutions' cost of funds, we examined three factors: (1) the distribution of All-Savers deposits among institutions, (2) the differences between the rates paid for All-Savers deposits and the rates the institutions would have paid for the deposits from alternative sources, and (3) the dollar volume of All-Savers deposits. Our evidence supports the assumption that All-Savers deposits are distributed among the various types of institutions in the same proportion as are consumer time and savings deposits. As of September 1981 .commercial banks held 44.7 percent of these deposits and thrift institutions held 49.9 percent. Credit unions held the remaining 5.4 percent. Having assumed the proportionate distribution of deposits among institutions, we are faced with the task of projecting total AllSavers deposits. Early results seem to be consistent with an estimate of $110 billion. This estimate lies midway between the recent $150 billion projection of Data Resources Inc. and the $70 billion that can be derived from the tax loss estimates of the Joint Committee on .Taxation of the Congress. This will be our primary estimate of all savers deposits at their maximum level. That level should be reached in late 1982. We further assumed that half of the year end 1982 level would be deposited by the end of 1981. We know that the amount of A S C s outstanding on January 1, 1984 will be zero (at least under the program passed this year) and we assume that year end 1981 and 1982 values would be $55 and $110 billion respectively. From those totals we can compute yearly average All-Savers deposits. These estimates can be multiplied by the difference between the All-Savers rate and rates on alternatives to All-Savers deposits to estimate cost savings brought to the targeted institutions by the ASC (see Appendix). Projecting rate spreads is quite chancy, so instead we chose to use two sets of spreads. For a high interest rate environment in which the average yield curve had a slight negative slope we chose 1980. For an example of lower rates with positively sloping yield curve, we chose 1978. (Rate spreads for an even lower rate environment—1976—yielded the same results as those for 1978.) T a b l e 4. C o s t Impact of All-Savers Certificate on C o m m e r c i a l B a n k s and Thrift Institutions (billions $) (Average S p r e a d 1 9 8 0 ) Commercial Banks Alternative Instrument Money Market Certificate Small Savers Certificate Other Internal Sources Outside Funds Total 1981 -.1 * + * * -.1 1982 -.7 -.1 +.1 -.3 1983 -.4 -.9 Thrifts 1981 -.1 +.1 -.2 Total -1.2 -.1 +.2 -.6 -.6 -1.7 -.1 * _ * + * * 1982 -.7 -.1 +.1 -.4 1983 -.5 +.1 -.2 Total -1.3 -.1 +.2 -.6 -1.1 -.7 -1.9 * *Less than $.05 billion Note: Items may not add to totals because of rounding. benefit, saving about $.9 billion in 1982 (four tenths of one percent of their 1980 cost of funds, almost seven percent of their 1980 earnings) (see Tables 4 and 5). The savings are only about two-thirds as much when we use the lower 1978 spreads. The estimates for 1982 cost savings computed with these spreads are $.7 billion for thrifts and $.6 billion for banks. Compared to the thrifts' estimated 1981 losses, however, even the higher estimate of savings is quite modest. Insured S&Ls lost $1.8 billion during the first half of 1981; their net worth declined by an additional $1.4 billion in the third quarter. This loss is well above our higher estimate of annual cost saving for the thrifts ($1.1 billion) and more than two and one half times our lower estimate ($.7 billion). While the ASC's benefits may be modest compared to recent thrift losses, our survey found that the cost savings to issuing institutions was higher than other recent estimates. For example, we found almost 65 percent of AllSavers deposits had money market certificates (at rates higher than ASCs) as an alternative while the Federal Home Loan Bank Board recently estimated that only 40 percent came from this source. We found slightly more than 8 percent of all savers funds had an alternative use in fixed rate certificates and passbook accounts (at rates lower than ASCs) while the same Home Loan Bank Board estimate reported 30 percent from this source. Our evidence, in short, suggests that more money than expected came from highercost funds, and consequently, cost savings are 10 higher than indicated by other estimates. The A S C will have a third impact on the national economy—it will reduce tax revenues. The Joint Conference Committee that drew up the final version of the Economic Recovery Tax Act estimated in its report that the A S C would mean a $3.3 billion loss in federal tax revenue. That estimate is quite similar to our higher estimate of cost saving to financial institutions and almost double our higher estimate of the cost savings for thrift institutions. It is almost three times our lower cost savings estimate for the thrifts. This estimate of federal tax losses represents minimum tax costs associated with the ASC. State tax collections may also be reduced. Since interest on ASCs is not included in federal taxable income, it would not be included in state taxable income where the income for state taxes is based on the federal level. There were 26 of these states when the Economic Recovery Tax Act was signed last August. Unless they change their tax computation, each will bear some tax cost of the ASC program. If our survey results are indicative of public behavior, the ASC appears unlikely to move funds among the different types of depository institutions, but rather to aliow each type to pull in some new funds. These funds, our survey indicates, will come primarily from money market mutual funds, themselves intermediaries with liquid assets to enable them to handle their reduced inflows. Small effects on state and local government and federal borrowing seem likely. D E C E M B E R 1981, E C O N O M I C R E V I E W Table 5. C o s t Impact of All-Savers Certificate on C o m m e r c i a l B a n k s a n d Thrift Institutions (billions $) (Average Spread 1 9 7 8 ) Thrifts Commercial Banks Alternative Instrument Money Market Certificate Small Savers Certificate Other Internal Sources Outside Funds Total 1981 - * 1982 -.4 _ * _ * _ * - * * -.1 1983 -.3 * * Total -.7 -.1 * -.2 -.1 -.3 -6 -.4 -1.1 1981 * * * * -.1 1982 -.4 _ * _ * 1983 -.3 — * * Total -.8 -.1 * -.2 -.1 -.3 -.7 -.5 -1.2 *Less than $.05 billion Note: Items may not add to totals because of rounding. Most funds shifted within institutions would otherwise have been placed in higher yielding alternatives. This means lower costs of funds—a prime objective of the certificate. Banks are likely to reap almost as much of these cost savings as thrifts although their earnings have not been seriously affected by the forces that have hurt the thrifts. Banks' gains must be considered a cost to the taxpayer of maintaining competitive balance. If one looks only at the cost savings of the thrifts in comparison with the estimated tax losses from the all savers program, one must conclude that the program will be no bargain. Our higher estimate of these cost savings is only a little more than half of the Congress's estimate of revenue lost as a result of the exemption of A S C earnings from the federal income tax (in other words, the A S C costs the U. S. Treasury almost two dollars for every one dollar in cost savings to thrifts); our lower estimate is only about 37 percent of the estimated loss of tax revenue. The All-Savers program, then, seems likely to provide moderate aid to the institutions at which it was targeted and to do so without seriously disturbing competition among thrift institutions, commercial banks and credit unions. These benefits are likely to be accomplished at costs to the Treasury that are high relative to the benefits to the institutions that it helps. —Donald L. Koch, B. Frank King and Delores W. Steinhauser The writers wish to thank the participating banks and S&Ls for their cooperation. The writers also express appreciation for the contributions of Ronnie Caldwell, Bob Sexton, Steve Collins, Randy Elliot, Cheryl Cornish, Ethyl Jackson, Kathy Fulton and Sherley Wilson. 1 Reginald Green, Investment Company Institute, in Congressional Quarterly, July 11, 1981, p. 1214. 2 Congressional Quarterly, July 11, 1981, p. 1214. 3 52 week Treasury Bills are auctioned monthly; therefore, a new auction rate is set e a c h month. 4A more complete description of the survey is found in the Appendix. APPENDIX We computed the average monthly spreads between the All-Savers rate that would have held in the time period and rates on four alternative sources of All-Savers deposits. These four sources were: 1. Money Market Certificates (the auction rate on six month U.S. Treasury Bills.) 2. Small Savers Certificates (the constant maturity market rate on U.S. Treasury Notes and Bonds of 21/a years maturity).* 3. Passbook accounts and fixed rate certificates (the 1978 average dividend paid by S&Ls) .Because the average dividend rate in 1980 included market indexed certificates, we chose the weighted aver11 FEDERAL RESERVE B A N K O F ATLANTA age rate on passbook, transactions accounts and fixed rate certificates for savings and loans on September 30, 1980. 4. Three month certificates of deposit issued by large commercial banks—(an estimate of the alternative cost of raising outside funds deposited in all savers certificates). We multiplied these spreads by our estimates of yearly average All-Savers deposits having the various alternatives. This gave us the cost savings for banks and for thrifts on deposits with each alternative. We subtracted the quarter point differential from the rates on small savers certificates and internal funds in our computations for commercial banks. Table A1 gives our spreads. T a b l e A 1 . A v e r a g e S p r e a d B e t w e e n All S a v e r s Certificate Y i e l d s a n d Y i e l d s o n Alternative U s e s of F u n d s Average Spread (All S a v e r s R a t e L e s s A l t e r n a t i v e Thrifts Money Market Certificate Small Savers Certificate Other Internal Sources Outside Sources Rates) 1980 1978 -.0271 -.0307 .0199 -.0454 -.0162 -.0235 -.0061 -.0230 -.0271 -.0282 .0224 -.0454 -.0162 -.0210 -.0036 -.0230 Banks Money Market Certificate Small Savers Certificate Other Internal Sources Outside Sources * T h e 2V4 y e a r r a t e w a s u n a v a i l a b l e i n 1 9 7 8 , s o w e s u b s t i t u t e d t h e 3 - 5 y e a r rate. Participating Institutions Universe Oct. 7 Total Deposits ($ bil.) % of Region's Total Deposits Sample %of State's Total Deposits N o . of Inst it. Parti. in Sur». N o . of Offices Sur veyed Inst. Dep. as % of S t . Total Dep. No. of Survey Respon. %of Region's Total Survey Respon. %of State's Total Survey Respon. A m o u n t of Surveyed All-Savers Deposits (S mil.) % of Region's Surveyed All-Savers Deposits %of State's Surveyed Ail-Savers Deposits Alabama CB SL 17.5 13.1 4.4 9 100 75 25 3 3 0 30 33 30 33 0 0 395 395 0 12 100 100 0 3.56 3.56 0 13 100 100 0 Florida CB SL 83.2 37.6 45.6 44 100 45 55 5 3 2 31 18 20 14 4 11 555 291 264 17 100 52 48 , 5.45 2.79 2.66 20 100 51 49 Georgia CB SL 25.4 15.7 9.7 13 100 62 38 3 3 0 24 22 24 22 0 0 227 227 0 7 100 100 0 ; .88 1.88 7 100 100 0 Louisiana CB SL 27.9 20.6 7.3 15 100 74 26 2 1 1 18 14 4 4 3 1 256 174 82 8 100 68 32 2.21 1.38 0.83 8 100 62 38 Mississippi CB SL 11.8 9.4 2.4 6 100 80 20 4 2 2 22 28 13 21 9 7 568 408 160 18 100 72 28 4.88 3.27 1.60 17 100 67 33 Tennessee CB SL 24.0 17.9 6.1 13 100 75 25 5 3 2 48 23 34 20 3 14 1,192 883 309 37 100 74 26 9.93 7.34 2.59 36 100 74 26 189.8 114.4 75.4 100 3,193 2,378 815 100 100 74 26 27.935 20.240 7.695 100 100 72 28 TOTAL CB SL CB=Commercial Bank SL=Savings & Loan 100 22 173 60 15 135 7 38 40 CONFERENCE PROCEEDINGS Where we're going. Why we're going there. The Future of the Financial Services Industry The Future of the U.S. Payments System J u n e 3-4, 1 9 8 1 .A major research confer enee bringing together professionals, business leaders and academicians to discuss the complex problems facing the nation's financial institutions in the decade ahead. J u n e 2 3 - 2 5 , 1 9 8 1 , Objectives: (1)Analyze the results of significant payment system studies (2) Analyze the major U.S. payment systems 1970-1990. (3) Evaluate the future of electronic banking system. • Expansion of Financial Powers —Carter H. Golembe • Future of C a s h • Legislative Outlook for International Banking —Peter Merrill • Future of the C h e c k S y s t e m —Brown R. Rawlings • Interstate Banking —Guy W. Botts • Payment S y s t e m s T e c h n o l o g y —Donald C. Long • C h a n g i n g Competitive Environment —George G. Kaufman • Payments, Politics, and People —Gerald M. Lowrie • Investment C o m p a n i e s • Future of Wire Transfer Services —Bernhard W. Romberg —Howard P. Colhoun —William O. Adcock, Jr. • Money Market Mutual F u n d s —Alfred P. Johnson • Future of A C H • Banking —John F. Fisher • H o m e Delivery of Financial Services —John F. Fisher —Sanford Rose • Future of Debit and Credit Cards —Michael J. Hosemann •"De-Intermediation" —Allen H. Lipis Conference Proceedings Order Form (clip and mail in) Please indicate quantity and choice: Name books T h e Future of the Financial Services Industry @$25 each Street City State ZIP books T h e Future of the U . S Payments S y s t e m @$25 each Make checks payable to the Federal Reserve B a n k of Atlanta. Checks must be enclosed with order. Send order to: Information Center, Federal Reserve B a n k of Atlanta, P.O. Box 1731, Atlanta, G A 3 0 3 0 1 . J BANKSNOWsS&LsBANKSNOWsS&LsBANKSNOWsS&LsBANKSNO ANKSNOWsSc KSNOWsS&Li 'sS&LsBANK! tJOWsS&LsBAN .BANKSNO 1 LsBANKSNO KSNOWsS« KSNOWsS£ NKi 'sS&LsBAI ¡ 2 sS&LsBAN \ BA N KSN OWs S& Ls B A SN O WsS & U B A N KSN O Ws S& Ls BAN K S N O outheastern Citie Although banks are doing better than expected in the race against S&Ls for NOW accounts, S&Ls are closing the gap. An analysis of the competition in 43 southeastern cities shows that on July 1, S&L market shares were still generally lower than projections based on New England's NOW experience. Beginning on January 1, 1981, southeastern savings and loans began competing with banks for interest-bearing checking (NOW) accounts. Banks generally set higher minimum balances for their NOWs, perhaps relying on depositors' reluctance to change financial institutions. S&Ls, in offering checkable deposits for the first time, set lower minimum balances to attract new customers. Bankers and S&L officials alike were more than a little anxious about where the N O W dollars would go. Previous articles in this Review have shown how N O W accounts started strongly, with banks doing better than expected in the race for a share of the market. Our earlier studies traced the competition on a state-by-state basis. In this article, we extend the description to 43 metropolitan areas throughout the Southeast. In some cities, S&Ls were making the bankers even more anxious, while in others, bankers noticed hardly a ripple in their dominance of the market. Daytona Beach S&Ls, for example, held an impressive 39 percent of the N O W balances on July 1, while Florence, Alabama S&Ls were trailing the banks 97 percent to three percent. (Our choice 14 to focus on S&L shares was arbitrary. Bank shares, of course, represent the complement to all S&L figures in this study.) The diversity is due in part to the fact that S&Ls with many offices in a city (compared to bank offices) tend to gain a larger share of the market than S&Ls with relatively few offices compared to banks. Since N O W s are new accounts, even at banks, a customer must make some effort to open an account. Generally, people prefer to open an account at an office near where they live or work. Thus, the more offices an S&L has, the larger its market share should be. By July 1, 1981, the S&Ls had captured 11 percent of N O W dollars Districtwide, but their share of the market varied widely. In general, S&Ls have done better in urban areas, where they have been gradually increasing their share (see Box 1). Market Share Patterns From February (after the initial rush to open accounts) through June, S&Ls steadily increased their market share in all District cities except Bradenton and Chattanooga. The degree of increase, however, was far from uniform. The areas we studied fell into three broad categories. In one group of cities, S&Ls held less than eight percent of N O W dollars on July 1. In the largest group of cities, S&Ls held between 8 and 18 percent. In the third group, S&Ls had captured over 18 percent of the N O W dollars on July 1. S&Ls which gained three percentage points or more in market share between February 1 and July 1 we classified as "strong gainers." A gain of less than three points was "a weak gain." Grouping the cities on the basis of these two variables, several distinct patterns emerge (see Table 1). DECEMBER 1981, E C O N O M I C REVIEW Table 1 Metropolitan Areas in the Sixth District States Grouped by Level and Gain of S&L Market Share 1 W E A K GAIN (less than three percentage points from Feb. 4 - July 1) Low Share/Weak Gain S&Ls in these cities had a low share (8 percent or below) of NOW dollars on J u l y l , 1981. S&Ls in these cities had a moderate share (between 8 and 18 percent) of NOW dollars on J u l y l , 1981. S&Ls in these cities had a high share (18 percent or higher) of NOW dollars on July 1, 1981. 1 S T R O N G GAIN (three or more percentage points from Feb. 4 - July 1) Low Share/Stong Gain Anniston, Alabama Florence, Alabama Gadsden, Alabama Montgomery, Alabama Baton Rouge, Louisiana Lafayette, Louisiana Lake Charles, Louisiana Nashville-Davidson, Tennessee ClarkesvilleHopkinsville, Tennessee Moderate Share/Weak Gain Moderate Share/Strong Gain Bradenton, Florida Fort Myers, Florida Lakeland-Winter Haven, Florida Sarasota, Florida Tallahassee, Florida Columbus, Georgia Jackson, Mississippi Biloxi-Gulfport, Mississippi Birmingham, Alabama Huntsville, Alabama Tuscaloosa, Alabama Albany Georgia Atlanta, Georgia Augusta, Georgia Macon, Georgia Savannah, Georgia Alexandria, Louisiana New Orleans, Louisiana Kingsport, Tennessee Knoxville, Tennessee High Share/Weak Gain High Share/Strong Gain Mobile, Alabama Gainesville, Florida Daytona Beach, Florida Jacksonville, Florida Melbourne-Titusville-Cocoa Florida Miami, Florida Panama City, Florida Tampa-St. Petersburg, Florida Pascagoula-Moss Point, Mississippi Chattanooga, Tennessee Ft. Lauderdale-Hollywood Florida Orlando, Florida Pensacola, Florida West Palm Beach-Boca Raton, Florida (NOW balances at savings and loan associations): (NOW balances at banks and savings and loan associations). Projected Market Shares and April-June Market Shares As a rule, those cities with proportionately more S&L offices could be expected to have higher S&L market shares. That rule generally held true. It is misleading, therefore, to compare Baton Rouge S&Ls with Fort Lauderdale S&Ls, because Fort Lauderdale S&Ls have many more offices vis a vis banks than do their Baton Rouge colleagues. To account for this difference and to get some idea of the relative success of S&Ls in various parts of the Southeast, we calculated a "projected July 1 market share." Comparing actual July 1 shares with projected July 1 shares provides a better indication of how successfully S&Ls are competing with banks across the Southeast (see Box 2). As it turned out, Southerners converted checking accounts in banks to N O W accounts in much greater numbers than we expected. Total bank N O W balances and market shares were higher than projected. Because of these early conversions, S&Ls in almost all cities began with a worse than expected showing in the race for N O W dollars. In most cases, however, their share on July 1 was not indicative of gains during the Spring. To measure the success of S&Ls in attracting new balances after the initial wave of conversions, we calculated a market share for N O W balances acquired from April through June, the "second quarter" or"new" market share. In general, S&Ls noticeably increased their share of N O W balances during the second quarter. Market Share Patterns in the Six States N O W balances in both banks and S&Ls increased during February and March. In the middle of the second quarter, overall growth of N O W accounts in the Southeast began to flatten out. In May, however, the patterns for S&Ls and banks diverged. From May 1 to July 1, S&L balances increased in all six states, but bank N O W balances declined in Alabama, Florida, Georgia, and Mississippi. Box 1 Box 2 Under the rules of the Monetary Control Act of 1980, all but the smallest institutions are required to post reserves against their NOW account balances and to submit weekly reports of those balances to the Federal Reserve. This study takes advantage of that new source of data. These newly available data are solely dollar balances of NOWs, not the number of accounts. With the dollar values from the reporting institutions, we have calculated the market share of NOW accounts captured by the savings and loans in each city. For each dollar of NOW accounts in a city, in other words, how many cents worth are on the books of S&Ls (and how many cents worth are on the books of commercial banks). * It provides one measure of how successful S&Ls have been in capturing the NOW account dollar. To compare actual and projected market shares, we first determined the number of bank offices and S&L offices in each SMSA. In order to predict market shares with this information, it was necessary to make assumptions about the relative numbers of accounts in banks and S&Ls and the respective average NOW balances An analysis of the NOW account experience in New England suggested that thrifts would be twice as aggressive in opening NOW accounts* We therefore assumed that S&Ls would open twice as many NOW accounts per office. Based on price (minimum balance) differences, we also expected that banks would have 21A times the average balance that S&Ls do. With the office information and the assumption regarding relative average number of accounts and balances, we projected market shares. Keep in mind that these "projected market shares" are based on the number of offices only. *ln many cases, credit unions have been offering share draft accounts in the Southeast for several years. These accounts are functionally equivalent to NOW accounts at the banks and thrifts, and comprise about five percent of NOW-type balances of the region. Only a small slice of the share draft accounts have been added since the beginning of 1981, however, so we have not included the share drafts in our discussion of market shares. 16 •William N. Cox, "NOW Accounts: Applying the Northeast's Experience to the Southeast," Economic Review, Federal Reserve Bank of Atlanta, September/October 1980, pp. 4-10. D E C E M B E R 1981, E C O N O M I C R E V I E W S&Ls gradually increased their share of the market from February through June. This pattern was repeated in most, but not all, of the local markets in the District. S&Ls in non-metropolitan areas followed about the same pattern, although as Table 1 shows, S&L market shares were consistently lower in nonmetro areas. Over the first half of 1981, however, S&Ls steadily increased their market shares in both metro and non-metro areas, with almost identical patterns. Since there are more S&L offices relative to bank offices in metro areas, it is not surprising that the metro S&Ls have higher market shares. (The charts on page 22 show market share patterns for Sixth District states and for each local area. S&L Market Shares 1 in Metro and Non-Metro Areas in Sixth District States (percent) Statewide S&L Market Shares on 7/1/81 Alabama Florida Georgia Louisiana2 Mississippi2 Tennessee2 9 22 11 8 8 8 Metropolitan3 Areas S&L Market Share on 7/1/81 Non-Metropolitan Areas S&L Market Share on 7/1/81 11 23 13 10 9 10 6 16 5 4 6 4 1 (NOW Balances at S&Ls) -f- (NOW balances at commercial banks and 2 Savings and Loans) Sixth District Portion of States only. Metropolitan areas are here defined as the areas of the state lying within the boundaries of an SMSA. State-by-State Analysis Alabama The eight cities in Alabama demonstrated three different patterns. As of July 1, depositors had put 18 percent of the N O W dollars into S&Ls in Mobile, but S&Ls there had held over 15 percent of the N O W market on February 4. This placed Mobile in the High Share/Weak Gain pattern. Birmingham, Huntsville and Tuscaloosa each followed the Moderate Share/Strong Gain market share pattern. In these three cities S&Ls held from 10 to 14 percent of the N O W market, generally gaining around 4 points since February. The patterns in Anniston, Florence, Gadsden and Montgomery were Low Share/Weak Gain. On July 1, S&Ls in Alabama were not doing as well as we had expected. In most cities, in fact, S&L shares were less than half of what we projected. There were other surprises as well. Based on the number of offices, we expected Tuscaloosa to have the highest S&L market share followed by Birmingham and then Mobile. Instead, we found that Mobile had the highest share, followed by Tuscaloosa. Florence S&Ls had the lowest share among Alabama cities and, in fact, fell farther short of projections than S&Ls in any other Alabama city. Things began to pick up for Alabama S&Ls in S&L Portion of Total NOW Account Balances — Alabama (percent) Actual S&L Market Share on July 1,1981 Anniston Birmingham Florence Gadsden Huntsville Mobile Montgomery Tuscaloosa Alabama Total State Projected S&L Market Share S&L Share of NOW Balances Added During Second Quarter 5 11 3 5 12 18 8 13 7 26 20 15 19 25 20 31 10 24 11 51 37 25 22 100 ' 9 19 24 'NOW Balances actually declined in Tuscaloosa banks. the second quarter, however. Shares gained during the second quarter were quite close to projections in Mobile, Montgomery, Anniston, and Birmingham and much higher than projections in Gadsden, Huntsville, and Tuscaloosa. Only in Florence did these new market shares fall markedly short of projected levels. Florida In Florida cities the levels of market share were in general higher and the February-June increases smaller than in other metropolitan areas. The sixteen metro areas of Florida experienced market share patterns of three types. Tallahassee, Fort Myers, Sarasota, Lakeland and Bradenton had moderate shares but weak gains. S&Ls in a large group of cities started fast, but then gained less than three percentage points over the February-July 1 period. In this High Share/Weak Gain category were Melbourne Jacksonville, Gainesville, Miami, Daytona Beach, Panama City, and Tampa S&Ls in the remaining cities, Ft. Lauderdale, Orlando, Pensacola, and West Palm Beach, got out of the starting blocks fast and then accelerated. Fort Lauderdale S&Ls, for example, grabbed a whopping 77 percent of new N O W dollars during the second quarter. While S&Ls did better in Florida compared to cities in other states, their market shares were still lower than projected in all cases. The degree to which Florida S&Ls fell short of projections was in general slightly less than in other Sixth District cities. However, it appears that the relatively high S&L market shares in Florida cities resulted in large part from the proportionately high number of S&L offices in Florida. In the majority of Florida cities, S&Ls did very well in the second quarter, with new market shares exceeding July 1 shares by a wide margin. However, Florida is the only state with some cities where the S&L share of new second quarter balances was lower than total July 1 shares. In Gainesville, Miami and Panama City, S&Ls lost ground slightly during the second quarter. In other Florida cities, including Bradenton, Ft Lauderdale, Melbourne, Pensacola, Sarasota and West Palm Beach, S&Ls doubled their February-June pace duringthe second quarter. In the remaining metropolitan market areas, S&Ls were gaining at more moderate rates. f!fmmmmmm_ m f i l i l i f i i i T * wàM I S S n É S l S&LsB/ NKSNOWsS« lANKSNOWsS&ksB \ NOV^S&LsBANKSN S&LSBANKSNOWSS mmm S&L Portion of Total NOW Account Balances — Florida (percent) Actual S&L S&L Share of Market Projected NOW Balances Share on S&L Market Added During July 1,1981 Second Quarter Share Bradenton Daytona Beach Ft. Lauderdale -Hollywood Fort Myers Gainesville Jacksonville Lakeland -Winter Haven -Bartow Melbourne -Titusville -Cocoa Miami Orlando Panama City Pensacola Sarasota Tallahassee Tampa - St. Petersburg West Palm Beach Boca Raton Florida Total State 16 38 36 52 38 45 27 13 21 18 45 36 31 37 77 23 19 28 17 41 19 26 23 31 21 19 16 14 37 38 36 33 25 52 26 66 21 43 16 38 40 14 18 36 25 26 43 58 22 41 34 &LsBANKSNO' » M NKSNOvi 's S&L KSNOWs.f&Lsf A N ^ i n u w s v . A'sSCxL BA SJKSI JMWqWI «P^N /IUsBANKSNOV'sS&LsBANKSNÖ C W s ^ ' . s *ANKSNOWsS& £ 18 D E C E M B E R 1981, E C O N O M I C R E V I E W Georgia S&Ls in Georgia fared moderately well in the NOW competition. Customers in Augusta, Atlanta, Albany, Macon, and Savannah were cautious at first, but responded well to S&Ls later in the year. Macon S&Ls scored the strongest gains, picking up over six percentage points from February through June. By July 1, S&Ls in Savannah and Augusta had captured close to the projected level of market shares. S&Ls in all other Georgia cities fell significantly short of expectations, with the widest gap occurring in Macon. Comparing new second quarter shares with projections, we found that S&Ls' share of new N O W balances exceeded projections in all cities except Atlanta. Second quarter shares were close to the expected level in Atlanta and Columbus. In S&L Portion of Total NOW Account Balances — Georgia (percent) Actual S&L Market Share on July 1,1981 Projected S&L Market Share S&L Share of NOW Balances Added During Second Quarter Albany Atlanta Augusta Columbus Macon Savannah 11 13 15 13 12 17 27 28 20 20 34 19 43 27 42 24 44 45 Georgia Total State 11 22 34 Albany, Augusta, Macon and Savannah, S&Ls were doing much better than projected, attracting over 40 percent of the new N O W balances. Louisiana In the cities of Louisiana, market share varied rather sharply. New Orleans and Alexandria S&Ls fared reasonably well, with market shares of 13 percent and 11 percent respectively and share gains of 3 points. Baton Rouge, Lafayette, and Lake Charles S&Ls, on the other hand, followed the Low Share/Weak Gain pattern. Lake Charles and Lafayette had market shares around six percent, while Baton Rouge's three percent S&L market share was the lowest in any of the Sixth District major cities. As in Georgia and Alabama, Louisiana S&Ls' July 1 shares were markedly short of projected levels. Comparing actual and projected shares, S&L performance was relatively strong in Alexandria and Lafayette and poor in Baton Rouge. The new second quarter market shares for Louisiana S&Ls were much higher than July 1 figures, suggesting that S&Ls in Louisiana were attracting an impressive portion of the new N O W balances. The higher level of the new shares was more in line with projected share levels. The new second quarter shares of Baton Rouge, Lake S&L Portion of Total NOW Account Balances — Louisiana (percent) Actual S&L Market Share1 on July 1,1981 Alexandria Baton Rouge Lafayette Lake Charles New Orleans Louisiana Total State Projected S&L Market Share S&L Share of NOW Balances Added During Second Quarter 11 3 5 6 13 15 21 13 21 38 26 17 22 20 32 8 21 22 'Sixth District Portion only. Charles and New Orleans were slightly less than projected, while S&Ls in Alexandria and Lafayette almost doubled the projections during the second quarter. 19 FEDERAL RESERVE B A N K O F ATLANTA Mississippi The three metropolitan areas in Mississippi followed two different patterns. Jackson and Biloxi had moderate shares but weak gains. The patterns of these two cities were at slightly different levels, but the trend was much the same. Pascagoula fell into the High Share/Weak Gain category,, but S&Ls there experienced an initial dip in market share, then a strong increase. In Mississippi we observe the familiar pattern of July market shares much lower than expected. The ranks of Mississippi cities are in the same order as predicted with the largest S&L share in Pascagoula and the smallest in Jackson. New second quarter shares were much higher than July shares in all three metropolitan areas. Second quarter shares in Biloxi and Pascagoula were almost identical to the projected levels. Jackson S&Ls greatly exceeded projected shares in the second quarter alone. Tennessee's five metropolitan areas showed three different patterns. The highest level of S&L penetration of the N O W market was in Chattanooga, where S&Ls had high shares but weak gains. Knoxville and Kingsport S&Ls started moderately but picked up strongly as July approached. S&Ls in Nashville and Clarkesville had the lowest levels of S&L market share. Chattanooga was the only city in the Sixth District where the actual July S&L market share exceeded projections. In the other Tennessee cities July market shares were far below the projected levels. The situation brightened for S&Ls in the second quarter, however, as new shares for all Tennessee cities exceeded total July 1 shares, again indicating that S&Ls are picking up steam. In Clarkesville, Kingsport, and Knoxville, S&Ls' shares of new balances were much higher than the projected levels during the second quarter. The greatest 20 S&L Portion of Total NOW Account Balances — M i s s i s s i p p i (percent) Actual S&L Market Share1 on July 1,1981 Biloxi Gulfport Jackson Pascagoula Moss Point Mississippi Total State Projected S&L Market Share S&L Share of NOW Balances Added During Second Quarter 11 8 27 20 43 21 35 34 8 17 25 26 'Sixth District Portion only. success in attracting new N O W balances occurred in Clarkesville, where S&Ls attracted 37 percent of N O W dollars added during the second quarter. D E C E M B E R 1981, E C O N O M I C R E V I E W Conclusion cities in those states did quite well. Pascagoula S&Ls, for example, held 21 percent, and Chattanooga S&Ls held a respectable 18 percent of the N O W balances in their markets. Although the overall growth of N O W accounts in the Southeast began to flatten in 1981's second quarter, S&Ls throughout the region steadily increased their share of the N O W market by capturing an impressive portion of new N O W balances during the second quarter. We found that as of July 1, S&L shares of the N O W market were lower than we expected based on the New England experience with NOWs. Customers were converting bank checking accounts to N O W accounts within the same bank in larger numbers than we expected. O n July 1, S&Ls held 11 percent of the N O W balances Districtwide. This study, which focused on market shares in the 43 metropolitan areas of the Sixth District, found that S&L market shares varied widely, ranging form three percent in Baton Rouge to 39 percent in Daytona Beach. As expected, those cities with more S&L offices relative to bank offices had higher S&L market shares. Interestingly, even in states like Mississippi and Tennessee where S&Ls had only an eight percent share of the market, S&Ls in individual —William N. Cox and Pamela Van Pelt Whigham Appendix Identifying NOW Account Markets Generally, the competition between banks and savings and loan associations takes place in markets which are less than statewide. The SMSA (Standard Metropolitan Statistical Area) is the most common definition of each city. For some purposes, analysts of retail banking competition have defined markets more narrowly than the SMSAs, which typically comprise several counties* For other purposes, the SMSA may be too limited a definition.** The SMSA definition seems sensible in the case of NOW accounts, however, because even where institutions on one side of a market may not compete directly with ones on the other side, they were advertising NOW account terms widely throughout the SMSA and perhaps over a larger territory. As a result, branching institutions cannot price NOW accounts differently within the same advertising market. This advertising may also affect pricing patterns in counties surrounding the SMSA. In addition to advertising, another factor may work to expand markets. As S&Ls begin providing other services *David D. Whitehead, "Relevant Geographic Banking Markets: How Should They Be Defined?" Economic review, Federal Reserve Bank of Atlanta, January/February 1980, pp.20-28. " A r n o l d A. Heggestad, "Nonlocal Competition for Banking Sen/ices," Economic Review, Federal Reserve Bank of Atlanta, August 1981, pp.21-24. F E D E R A L RESERVE B A N K O F A T L A N T A more like those of banks, market concentration will be reduced in some areas, and banking markets will expand from sub-SMSA to SMSA. The SMSA definition of banking markets presented another problem, particularly in Florida. Some institutions, particularly S&Ls, are headquartered within one city and report their NOW balances to the Fed as one institution located there, whereas in fact their report includes NOW balances from branches outside that city and in some cases across the state. In these cases, some adjustments were necessary to accurately reflect NOW balances actually held in home offices and branch offices within the SMSA. After some testing by telephone, and recognizing again that NOWs are a new product and that most checking account customers prefer to open their accounts in person and have a physical office close enough to visit if anything goes wrong, we therefore allocated the NOW balances in multicity institutions according to the distribution of their branches. Based on our survey, we also assumed that when the home office is in a SMSA, the branches in non-SMSA areas have balances approximately 50 percent of the amounts in metropolitan branches. For banks, we distributed the balances among branches in the same proportion as demand deposits. LEGEND BIR-Birmingham GAD-Gadsden ANI-Anniston FLO-Florence MOB-Mobile TUS-Tuscaloosa HUN-Huntsville MON-Montgomery ALE-Alexandria LAF-Lafayette BAT-Baton Rouge NEW-New Orleans LAC-Lake Charles BIL-Biloxi-Gulfport JAC-Jackson PAS-PascagoulaMoss Point ATL-Atlanta ALB-Albany COL-Columbus AUG-Augusta MACMacon SAV-Savannah A M J CHA-Chattanooga KIN-Kingsport-Bristol CLA-Clarkesville-Hopkinsville KNO-Knoxville NAS-Nashville-Davidson DAV-Daytona Beach PAN-Panama City PEN-Pensacola JAK-Jacksonville TAL-Tallahassee ORL-Orlando MEL-Melbourne-Titusville-Cocoa GAI-Gainesville LAK-Lakeland-Winter Haven-Bartow FTL-Fort Lauderdale-Hollywood WPB-West Palm Beach-Boca Raton MIA-Miami BRA-Bradenton TAM-TampaSt. Petersburg SAR-Sarasota FTM-Fort Myers J S&L NOW Market Share já 25 — D Mobile S&Ls had state's best NOW share. % — 25 20 — MOB 15 New Orleans S&Ls showed strong growth. 25 — % — 25 — 20 20 — — 20 — 15 15 — — 15 BIR TUS HUN MON o I—I—I—I—I—L F M A M J J I F I I I M A M J J 22 D E C E M B E R 1981, E C O N O M I C R E V I E W S&Ls in Mississippi picked up pace in second quarter. 1 S&L share high in Chattanooga, low in Nashville. S CHA — 15 15 — 25 — KIN KNO — 10 NAS — 5 20 — CLA 15 — 101 I I I I F M A M J b Ol F J M A M J I I I J I J ^v^A Y\ V Macon, Savannah S&Ls scored rapid gains. L I I I I F J IQ M A M J J Daytona S&Ls were Region's leaders in NOW shares. % 40 — 20 — DAY — 15 LAK ml MAC % I I I I I MIA 20 5 — F I I—I—L M A M J J F M A M J J F I I I 1 I 1 I M A M J J HQ BRA TAM SAR — 151 I — 25 — FTM o L_J I FTL WPB 25 — 10 — I I F 20 I I I I I15 M A M J J 23 FEDERAL RESERVE BANK OF ATLANTA Southeastern Pork Production: A Clue to Future Food Price Changes? Feed costs for pork producers are significantly higher in the Southeast than in the Midwest Historically, the Southeast has not been a major pork producing area, but when losses begin, southeastern producers have tended to cut production earlier than their midwestern counterparts, a characteristic that could provide an early indication of a reduction in national pork output Food prices frequently have been a leading source of inflation in the consumer price index in recent years. The largest single food group in the consumer food price series is the category of meats and related products. Meats, poultry, and fish account for about 22 percent of the total consumer food price index. Since 1975, month-to-month changes in the price index of meats, poultry, and fish have explained 75 percent of the comparable changes in the index of finished consumer food prices (see Table 1). Meats and related products, then, have been responsible for a major share of the volatility in finished consumer food prices since 1975. Changes in wholesale prices of meats, poultry, and fish are, in turn, heavily dependent on variations in hog prices. Since 1975, month-tomonth changes in the index of prices received for hogs have explained 43 percent of the comparable changes in the price index of the meat group (see Table 1). The relationship with hog prices was stronger than with either cattle or poultry prices, the other major components of the group. Thus, movements in hog prices should give useful indications of price changes in meats and related products which, in turn, govern the majority of fluctuations in finished consumer food prices. Price changes for meats occur primarily in response to changes in supply. Pork output, although accounting for between 30 and 40 percent of total red meats, is responsible for a disproportionate share of the volatility in total meat supplies. Changes in pork production occur more frequently and with sharper movements than changes in beef output. Since pork production is a prime determinant of changes in meat prices, prospective hog marketings and inventory numbers are watched closely for clues to upcoming price movements. Farmers make their decisions to produce hogs based on their evaluations of profit prospects. Profits are dependent on the relationship between hog prices and production costs, and feed is the largest single cost, accounting for approximately half the cost of producing hogs to usual market weights of 220 pounds. The exact proportion may vary from 45 to 55 percent depending upon the system of production and fluctuations in prices of feed ingredients as well 24 DECEMBER 1981, E C O N O M I C REVIEW Table 1 Statistical Analysis of Food Price Components Dependent Independent Regression Variable Variable Coefficient t Value Y B 0.0228 14.29** 0.755' B A2 0.0969 7.04** 0.429" B A, 0.1471 6.32** 0.377' B A3 0.0869 5.67** 0.327' in approximately the same pattern as the majority of producers. The major observable difference would be a proportionately greater volatility of supply in areas of marginal profitability. R2 Y = month-to-month changes in the index of finished consumer food prices for January 1975 through August 1980. B = month-to-month changes in the index of wholesale prices of meats, poultry, and fish from January 1975 through August 1980. A2 = month-to-month changes in the index of prices received for hogs from January 1975 through August 1980. A, = month-to-month changes in the index of prices received for cattle from January 1975 through August 1980. A3 = month-to-month changes in the index of prices received for poultry from January 1975 through August 1980. "Indicates significance at or above the 99-percent level of probability. as other inputs. The major cost other than feed is the initial outlay for the feeder pig, which typically accounts for around one-third of total production costs. Feed costs are the source of most of the volatility of hog production costs since the price of feeder pigs is also influenced by feed expenses. Thus, changes in feed costs are a major determinant of shifts in profitability of hog production and of the quantity of pork produced. Pork producers for whom feed costs are higher than usual and/or who receive lower prices for hogs than the majority of producers would likely be most sensitive to increases in costs of feed or declines in prices of hogs. In other words, the producers at the margin would be expected to cut their production first and by the greatest relative amount when profits shrink or disappear. By contrast, they should be the last to expand output when returns grow more favorable because of the greater risk of failure suffered by marginal producers when conditions turn unfavorable again. If, however, marginal producers assess risk of failure in the same way as all other producers, they would expand hog production Comparisions between the Southeast and Iowa The following analysis compares selected data on hog production in the Southeast with comparable series in Iowa, the major porkproducing state, to determine (1) if the Southeast is a marginal area of production, (2) if hog production in the Southeast follows patterns that would be expected in a marginal area, and (3) if southeastern production is a reliable early indicator of changes in total pork output. Feed Costs The southeastern region is an area of deficit production of feed concentrates. Livestock feeders in the states of the Sixth Federal Reserve District must import significant proportions of feed requirements from other regions. Thus, feed costs in the District would be expected to exceed those in the Midwest, at least by the amount of the cost of transporting feed to the Southeast. An examination of average prices paid for feed ingredients by farmers in the Southeast compared with those in Iowa reveals expected Chart 1. Prices Paid for Corn Meal 25 FEDERAL RESERVE BANK OF ATLANTA differences (see Table 2 and Charts 1 and 2). C o r n meal prices in Sixth District states averaged $2.41 per cwt. higher than prices in Iowa during the six-year period from 1975 through 1980. Soybean meal prices in District states averaged $0.81 per cwt. higher than in Iowa during the same period. The probability that differences this large could occur through chance alone is less than one in one thousand for corn meal and less than two in a hundred for soybean meal. The greater relative difference between prices of corn meal in the two areas would be expected because the Southeast produces a greater proportion of the soybean meal it uses than of the corn meal. O n balance, statistical analysis confirms that hog producers in the Southeast pay significantly higher prices for feed ingredients than do producers in Iowa. Hog Prices The relatively small number of hogs produced in District states (less than 10 percent of the nation's supply) compared with major producing areas would lead one to expect differences in prices received by farmers in the District as compared with Iowa. To the extent that slaughtering plants are smaller and less specialized in southeastern states, they would not be expected to pay as much for hogs as larger more efficiently operated plants in areas of more concentrated hog production. An analysis of average prices for market hogs for the period of 1975 to 1980 reveals a slightly Chart 2. Prices Paid for Soybean Meal: 44% Protein Table 2 Statistical Comparisons of Selected Data on Hog Production Average Standard Deviation Standard Error of Difference Between Means Calculated t Corn Meal Prices ($ per cwt.) District States $ 7.40 .651 Iowa 4.99 .632 .107 22.53* Soybean Meal Prices ($ per cwt.) District States 11.87 2.04 Iowa 11.06 1.95 .332 2.44* Hog Prices ($ per cwt.) District States 42.15 Iowa 43.01 6.39 6.63 1.085 0.793 "Indicates significance at or above the 98 percent level. higher average price received by Iowa producers than District producers, but the difference is not statistically significant (see Table 2 and Chart 3). Thus, differences in relative returns to hog producers in District states and in Iowa would be attributable largely to differences in production costs between the two areas rather than in the market prices received. Chart 3. Prices Received for Hogs 26 D E C E M B E R 1981, E C O N O M I C R E V I E W SCUMPtÊiragKïïr FINANCE OCT 1981 mnTF.n STATES Commercial Bank Deposits NOW Credit Union Deposits sniTTHRAST Commercial Bank Deposits NOW Credit Union Deposits ÀT.ARAMA Commercial Bank Deposits NOW Credit Union Deposits Savings & Time PI .ORTI) A Commercial Bank Deposits NOW SEPT 1981 DEC 1980 1,071,259 1,051,211 1,017,230 299,299 287,196 331,626 0 47,799 45,311 149,465 150,158 166,274 605,334 594,907 526,103 38,965 37,554 34,870 2,267 1,641 2,438 34,429 33,061 30,093 114,351 112,288 107,549 34,339 33,029 39,157 0 6,016 5,749 14,716 14,765 16,578 ,63,018 61,662 53,704 3,209 3,704 3,534 244 192 264 3,061 2,797 3,204 13,112 12,903 12,280 3,972 3,499 3,280 0 529 509 1,754 1,557 1,565 7,844 6,746 8,008 551 521 570 41 53 48 479 494 510 37,589 37,034 36,141 12,394 11,875 14,577 0 2,612 2,504 6,332 7,333 6,321 17,349 17,143 14,471 1,491 1,602 1,684 139 106 145 1,177 1,322 1,253 15,730 15,151 14,550 5,758 6,793 5,942 0 882 836 1,683 1,592 1,585 7,912 7,011 8,291 543 689 711 12 21 19 517 659 673 ANN. RATE OF CHG. +7 -13 -13 +20 +15 +63 +19 +8 -16 -15 +23 +20 +49 +19 +9 -16 -15 +24 +12 +38 +8 +5 -20 -18 +26 +17 +48 +16 +11 -16 - 7 +24 +40 +98 +39 +13 -10 - 7 +25 +87 +98 +90 OCT 1981 Savings 5c Loans Total Deposits NOW Savings Time Mortgages Outstanding Mortgage Commitments Savings & Loans Total Deposits NOW Savings Time Mortgages Outstanding Mortgage Commitments Savings & Loans Total Deposits NOW Savings Time Mortgages Outstanding Mortgage Commitments Savings & Loans Total Deposits NOW Savings Time Mortgages Outstanding Mortgage Commitments Savings & Loans Total Deposits NOW Savings Time Mortgages Outstanding Mortgage Commitments Savings & Loans Total Deposits NOW Savings Time Mortgages Outstanding Mortgage Commitments SEPT 1981 DEC 1980 513,403 508,821 500,985 0 6,680 7,378 92,920 93,635 104,240 394,288 414,190 408,249 DEC AUG JUL 508,812 507,531 494,179 16,735 17,104 16,021 75,483 1,138 11,765 62,628 AUG 74,256 3,495 74,937 1,025 11,765 62,035 JUL 74,069 3,509 72,600 0 13,165 58,912 DEC 71,065 3,652 4,372 60 580 3,761 AUG 4,008 76 . 45,617 794 7,860 36,872 AUG 45,272 2,991 4,339 53 595 3,710 JUL 4,001 101 4,265 0 690 3,575 DEC 3,947 136 45,369 718 7,821 36,648 JUL 45,155 2,933 43,996 0 8,774 34,698 DEC 42,742 2,984 ANN. RATE OF CHG. -14 +7 +7 +5 -14 +8 - 6 -21 +7 -66 -14 + 9 Share Drafts +0 Savings 5c Time GE Commercial Bank Deposits + 6 9,237 9,688 9,563 Demand 107 0 120 NOW -19 1,398 1,221 1,197 Savings + 9 7,835 8,402 8,255 Time DEC AUG JUL Credit Union Deposits + 2 9,332 9,476 9,475 Share Drafts -41 183 140 133 Savings & Time LOUISIANA Commercial Bank Deposits 20,594 20,300 18,690 +9 7,215 6,865 7,330 Demand 5,982 5,856 6,461 0 62 69 NOW 808 776 0 1,257 - 7 1,194 1,193 Savings 2,385 2,395 2,529 +11 5,617 6,104 5,973 Time 12,064 11,755 10,093 DEC JUL AUG Credit Union Deposits 95 95 57 + 7 7,041 6,777 7,080 Share Drafts 7 6 4 221 -14 224 201 Savings & Time 88 88 52_ MISSISSIPPI 9,398 9,331 8,759 +10 Savings & Loans Commercial Bank Deposits +2 2,332 2,387 2,375 2,340 2,240 2,639 -15 Total Deposits Demand 0 26 30 444 426 0 NOW NOW -14 262 236 234 723 733 842 -18 Savings Savings +4 2,132 2,067 2,125 Time 6,207 6,143 5,451 +18 Time DEC JUL AUG N.A. N.A. N.A. Credit Union Deposits + 2 2,182 2,205 2,210 N.A. N.A. N.A. Mortgages Outstanding Share Drafts 58 -88 34 24 N.A. N.A. N.A. Mortgage Commitments Savings & Time Savings <5t Loans 17,928 17,570 17,128 +6 Commercial Bank Deposits +4 6,064 5,904 6,101 Total Deposits -15 4,716 4,021 4,182 Demand 59 0 65 NOW 0 697 739 NOW 784 -14 699 699 Savings -16 2,155 2,437 2,139 Savings 5,317 5,120 + 6 5,364 Time 9,931 +15 11,099 10,865 Time DEC JUL AUG 597 597 +10 644 Credit Union Deposits + 3 6,208 6,085 6,211 32 +40 Mortgages Outstanding 29 38 Share Drafts 70 0 77 + 9 567 70 572 611 Mortgage Commitments Savings ¿c Time Notes: All deposit data are extracted from the Federal Reserve Report of Transaction Accounts, other Deposits and Vault Cash (FR2900), and are reported for the average of the week ending the 1st Wednesday of the month. This data, reported by institutions with over $15 million in deposits as of December 31, 1979, represents 95% of deposits in the six state area. The annual rate of change is based on most recent data over December 31, 1980 base, annualized. Savings and loan mortgage data are from the Federal Home Loan Bank Board Selected Balance Sheet Data. The Southeast data represent the total of the six states. Subcategories were chosen on a selective basis and do not add to total. N.A. = fewer than four institutions reporting. 1 December 1981, E C O N O M I C REVIEW Federal Reserve Bank of Atlanta EMPLOYMENT SEPT 1981 AUG (R) 1981 SEPT 1980 Civilian Labor Force - thous. Total Employed - thous. Total Unemployed - thous. Unemployment Rate - % SA Insured Unemployment - thous. Insured Unempl. Rate - % Mfg. Avg. Wkly. Hours Mfg. Avg. Wkly. Earn. - $ Civilian Labor Force - thous. Total Employed - thous. Total Unemployed - thous. Unemployment Rate - % SA Insured Unemployment - thous. Insured Unempl. Rate - % Mfg. Avg. Wkly. Hours Mfg. Avg. Wkly. Earn. - $ ALABAMA Civilian Labor Force - thous. Total Employed - thous. Total Unemployed - thous. Unemployment Rate - % SA Insured Unemployment - thous. Insured Unempl. Rate - % Mfg. Avg. Wkly. Hours Mfg. Avg. Wkly. Earn. - $ 105,964 98,277 7,687 7.5 N.A. N.A. 39.3 320 13,138 12,100 1,038 8.1 N.A. N.A. 39.9 280 107,771 100,013 7,758 7.2 2,725 3.1 39.8 319 13,977 11,334 977 7.8 273 2.8 40.4 282 104,720 97,256 7,464 7.4 3,123 3.6 39.8 295 12,786 11,867 918 7.5 309 3.2 40.3 258 1,626 1,466 159 9.5 N.A. N.A. 40.1 289 17626 1,473 152 9.4 46 3.6 40.3 284 1,653 1,502 151 9.4 58 4.6 40.1 262 Civilian Labor Force - thous. Total Employed - thous. Total Unemployed - thous. Unemployment Rate - % SA Insured Unemployment - thous. Insured Unempl. Rate - % Mfg. Avg. Wkly. Hours Mfg. Avg. Wkly. Earn. - $ GEORGIA Civilian Labor Force - thous. Total Employed - thous. Total Unemployed - thous. Unemployment Rate - % SA Insured Unemployment - thous. Insured Unempl. Rate - % Mfg. Avg. Wkly. Hours Mfg. Avsr. Wklv. Earn. - $ 4,135 3,803 332 7.3 N.A. N.A. 39.7 267 4,178 3,899 278 6.4 67 1.9 40.4 269 3,905 3,632 273 6.5 70 2.1 41.0 252 ANN. SEPT 1981 CHG. SEPT 1980 92,026 20,665 4,495 20,912 15,426 18,795 5,351 5,215 11,471 2,317 720 2,627 2,165 2,161 643 687 1,348 358 70 272 292 209 58 71 91,626 20,486 4,575 20,820 15,153 18,841 5,408 5,173 11,896 2,308 733 2,628 2,082 2,151 628 688 173 45 357 70 272 290 208 59 72 90,638 20,212 4,613 20,495 15,841 18,087 5,201 5,159 Nonfarm Employment- thous. 3,737 Manufacturing 474 +22 Construction 278 Trade 970 Government 634 Services 883 - 3 Fin., Ins., & Real Est. 286 + 6 Trans. Com. & Pub. Util. 223 2,463 2,462 + 2 2,405 Nonfarm Employment- thous. 2,163 2,312 2,315 2,247 + 3 Manufacturing 524 151 147 158 - 4 Construction 99 6.3 5.7 6.7 Trade 487 N.A. 46 51 Government , 429 N.A. 2.2 2.5 Services 360 39.5 40.3 40.2 - 2 Fin., Ins., & Real Est. 114 255 257 238 Trans. Com. & Pub. Util. 142 +7 Civilian Labor Force - thous. 1,803 1,793 1,759 + 3 Nonfarm Employment- thous. 1,648 Total Employed - thous. 1,659 1,644 1,643 + 1 Manufacturing 217 Total Unemployed - thous. 144 150 116 +24 Construction 159 Unemployment Rate - % SA 8.2 8.5 6.9 Trade 367 Insured Unemployment - thous. N.A. 38 34 Government 322 Insured Unempl. Rate - % N.A. 2.5 2.4 Services 285 Mfg. Avg. Wkly. Hours 41.4 41.8 4l!o + 1 Fin., Ins., & Real Est. 76 Mfg. Avg. Wkly. Earn. - $ 358 358 325 +10 Trans. Com. & Pub. Util. 128 Civilian Labor Force - thous. 1,019 1,300 1,037 Nonfarm Employment- thous. 844 Total Employed - thous. 935 920 961 - 3 Manufacturing 220 Total Unemployed - thous. 83 85 77 +10 Construction 42 Unemployment Rate - % SA 8.4 7.8 Trade 167 Insured Unemployment - thous. 28 30 N.A. Government 189 Insured Unempl. Rate - % 3.6 3.8 N.A. Services 123 Mfg. Avg. Wkly. Hours 39.5 40.0 39.3 Fin., Ins., & Real Est. 33 237 Avg. Wkly. Earn. - $ 222 239 Trans. Com. & Pub. Util. 41 Civilian Labor Force - thous. 2,092 2,078 2,026 + 3 Nonfarm Employment- thous. 1,731 Total Employed - thous. 1,925 1,911 1,882 + 2 Manufacturing 524 Total Unemployed - thous. 168 167 144 +17 Construction 73 Unemployment Rate - % SA 8.7 8.4 7.7 Trade 365 Insured Unemployment - thous. N.A. 48 67 Government 299 Insured Unempl. Rate - % N.A. 2.9 4.0 Services 301 Mfg. Avg. Wkly. Hours 39.6 39.8 39.7 0 Fin., Ins., & Real Est. 76 Mfg. Avg. Wkly. Earn. - $ 272 287 247 +10 Trans. Com, ic Pub. Util. 82 Notes: AU labor force data are from Bureau of Labor Statistics reports supplied by state agencies. Only the unemployment rate data are seasonally adjusted. The Southeast data represent the total of the six states. The annual percent change calculation is based on the most recent data over prior year. R = revised. N. A. = not available. 3,706 472 287 971 593 879 268 224 2,156 520 100 488 425 360 115 142 3,558 456 278 935 609 811 255 217 2,148 515 104 496 428 346 113 139 1,635 216 159 365 310 284 76 129 1,588 214 148 357 307 272 75 - 1 + 3 + 2 +13 - 1 + 9 - 2 - 2 + 5 0 +10 + 6 + 5 - - 2 2 Nonfarm Employment- thous. Manufacturing Construction Trade Government Services Fin., Ins., ¿c Real Est. Trans. Com. & Pub. Util. Nonfarm Employment- thous. Manufacturing Construction Trade Government Services Fin., Ins., & Real Est. Trans. Com. & Pub. Util. Nonfarm Employment- thous. Manufacturing Construction Trade Government Services Fin., Ins., & Real Est. Trans. Com. & Pub. Util. AUG (R) 1981 811 220 42 167 178 120 33 41 1,720 523 75 366 287 300 77 81 ANN. % CHG. +2 +2 - 3 +2 - 3 +4 +3 + 1 +2 +3 -1 +1 + 1 +5 + 5 + 1 11,201 2,258 728 2,598 2,145 2,049 612 680 1,3 5 0 354 74 273 296 206 59 71 + + 0 1 5 0 1 1 - 2 0 +5 +4 0 +4 +4 +9 +12 + 3 + 1 + 2 - 5 + 0 +4 + 1 + 2 - 2 126 829 219 46 165 194 121 33 41 1,727 500 78 373 311 292 78 86 + 2 + 0 - 9 + 1 - 3 + 2 0 0 + 0 + 5 - 6 - 4 3 3 5 + - 2 December 1981, ECONOMIC REVIEW CONSTRUCTION 12-Month Cumulative Rate UNITED STATES Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. SOUTHEAST Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. ALABAMA Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. FLORIDA Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. GEORGIA Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. LOUISIANA Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. MISSISSIPPI Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. TENNESSEE Total Construction Contracts Value - $ mil. Nonresidential Contracts Value - $ mil. Sq. Ft. - mil. Nonbuilding Contracts Value - $ mil. SEPT 1981 AUG 1981 ANN. % CHG. SEPT 1980 152,969 153,394 145,887 58,366 57,608 50,229 I., 203.8 1,208.9 1,208.9 28,664 28,321 34,419 5 + 16 - 0 17 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family 7 22 7 18 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family 4 14 - 19 24 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family 6 32 17 39 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family 8 0 1 13 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family 11 24 38 19 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family + 27,065 8,551 194.7 4,870 26,929 8,449 196.4 4,466 25,218 7,036 182.6 5,918 1,778 499 11.9 347 1,772 507 12.2 304 1,850 582 14.7 458 13,156 3,750 92.4 1,630 13,221 3,675 92.1 1,564 12,464 2,844 79.2 2,651 4,082 1,245 34.5 946 3,874 1,272 35.7 637 3,775 1,242 35.0 839 3,647 1,376 24.8 888 3,574 1,309 24.3 892 3,287 1,107 18.0 1,095 1,724 620 7.6 521 1,773 630 7.9 526 1,161 303 9.0 299 + 48 +105 16 + 74 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family 2,678 1,062 23.6 537 2,714 1,056 24.1 543 2,680 959 26.8 575 - 0 + 11 - 12 7 Residential Contracts Value - $ mil. Number of Units - Thous. Residential Permits - Thous. Number single-family Number multi-family + + + - - - - + + + - + + - + + + + - - SEPT 1981 AUG 1981 SEPT 1980 ANN. % CHG. 65,939 1,277.2 67,465 1,320.6 61,168 1,321.6 + 8 - 3 642.5 459.6 681.1 482.4 709.0 470.6 - 9 - 2 13,644 299.7 14,013 311.6 12,264 299.9 + 11 - 0 139.5 118.9 148.5 126.6 151.0 113.1 - 8 + 5 931 24.5 962 25.6 810 23.0 + 15 + 7 7.1 8.0 7.6 8.0 8.3 6.3 - 14 + 27 7,776 169.7 7,981 175.6 6,970 168.8 + 12 + 1 84.2 85.0 89.8 89.4 86.9 78.4 - 3 + 8 1,891 41.6 1,965 44.2 1,694 42.6 + 12 - 2 23.8 9.3 25.2 9.8 26.5 8.1 - 10 + 15 1,384 27.1 1,373 27.6 1,085 23.6 + 28 + 15 10.9 9.1 11.5 9.1 11.7 7.5 - 7 + 21 583 13.5 617 14.5 559 14.3 + 4 - 6 4.1 3.0 4.5 3.7 4.8 3.9 - 15 - 23 1,079 23.3 1,115 24.3 1,146 27.5 - 6 - 15 9.3 4.5 10.0 6.6 12.7 8.7 - 27 - 48 Notes: Contracts are calculated from the F. W. Dodge Construction Potentials. Permits are calculated1 from the Bureau of the Census, Housing Units Authorized By Building Permits and Public Contracts. The Southeast data represent the total of the six states. The annual percent change calculation is based on the most recent month over prior year. Federal Reserve Bank of Atlanta 1 GENERAL SEPT 1981 ANN. % CHG. AUG 1981 SEPT 1980 2,292.5 88.6 N.A. 8,638.7 2,088.5 80.6 N.A. 8,596.4 276.5 251.7 266.8 N.A. 4,148.5 1,425.8 N.A. 239.9 N.A. 3,443.4 1,522.1 N.A. + 14 31.4 N.A. 99.9 60.5 N.A. 31.1 N.A. 111.3 60.5 N.A. 28.3 N.A. 112.2 55.0 N.A. +11 -11 +10 Personal Income-$ bil. SAAR 98.3 (Dates: 2Q, 1Q, 2Q) 65,301 Taxable Sales - $ mil. Plane Passenger Arrivals (thous.) 1,425.3 97.4 Petroleum Prod, (thous. bis.) SEPT Consumer Price Index - Miami 150.2 Nov. 1977 = 100 95.3 64,759 1,889.8 98.0 84.7 56,466 1,451.3 114.6 +16 +16 - 2 -15 146.1 133.1 +13 +13 276.1 42.2 N.A. 1,462.0 N.A. OCT 250.2 38.1 N.A. 265.3 1,172.0 34.0 N.A. 244.2 1,254.0 +15 - 3 - 7 N.A. N.A. 17.7 N.A. 32.1 95.4 N.A. 17.4 N.A. 33.5 95.3 N.A. 16.0 N.A. 34.0 98.5 N.A. +11 - 6 - 3 38.8 N.A. 135.6 N.A. N.A. 38.1 N.A. 135.6 N.A. N.A. 35.0 N.A. 139.7 N.A. +11 Personal Income-$ bil. SAAR 2,340.5 (Dates: 2Q, IQ, 2Q) 88.5 N.A. Plane Passenger Arrivals (thous.) 8,640.2 Petroleum Prod, (thous. bis.) 279.3 1967=100 +12 +10 + 1 +11 SOUTHEAST Personal Income-$ bil. SAAR (Dates: 2Q, IQ, 2Q) 272.8 N.A. Plane Passenger Arrivals (thous.) 3,383.3 1,421.3 Petroleum Prod, (thous. bis.) N.A. 1967=100 - 2 - 7 AT,ARAMA Personal Ineome-$ bil. SAAR (Dates: 2Q, 1Q, 2Q) Taxable Sales - $ mil. Plane Passenger Arrivals (thous.) Petroleum Prod, (thous. bis.) Consumer Price Index 1967=100 FI.ORTOA JUL SEPT GEORGIA Personal Income-$ bil. SAAR 47.6 (Dates: 2Q, 1Q, 2Q) N.A. Taxable Sales - $ mil. Plane Passenger Arrivals (thous.) 1,454.2 N.A. Petroleum Prod, (thous. bis.) OCT Consumer Price Index - Atlanta 281.5 1967 = 100 LOUISIANA Personal Income-$ bil. SAAR (Dates: 2Q, 1Q, 2Q) 39.1 Taxable Sales - $ mil. N.A. Plane Passenger Arrivals (thous.) 237.1 Petroleum Prod, (thous. bis.) 1,168.0 Consumer Price Index 1967 = 100 N.A. 46.8 N.A. 1,641.5 N.A. AUG - 1 + 13 MISSISSIPPI Personal Income-$ bil. SAAR (Dates: 2Q, 1Q, 2Q) Plane Passenger Arrivals (thous.) Petroleum Prod, (thous. bis.) Consumer Price Index 1967 = 100 TENNESSEE Personal Income-$ bil. SAAR (Dates: 2Q, 1Q, 2Q) Taxable Sales - $ mil. Plane Passenger Arrivals (thous.) Petroleum Prod, (thous. bis.) Consumer Price Index 1967 = 100 N.A. - 3 SEPT 1981 Agriculture Prices Rec'd by Farmers 145.0 Index (1977=100) Broiler Placements (thous.) 77,721 63.30 Calf Prices ($ per cwt.) 26.8 Broiler Prices (<t per lb.) 6.29 Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 222 Agriculture Prices Rec'd by Farmers 117.5 Index (1977=100) Broiler Placements (thous.) 30,723 58.08 Calf Prices ($ per cwt.) 25.8 Broiler Prices (<t per lb.) 6.43 Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 219 AUG 1981 SEPT 1980 ANN. % CHG. 145.0 77,751 62.40 29.2 6.71 225 150.0 73,635 75.60 32.1 7.69 222 - 3 +6 -16 -17 -18 0 125.8 31,579 57.37 28.5 6.92 219 132.0 28,875 70.53 32.8 7.89 215 -11 +6 -18 -21 -19 +2 48,881 54.00 27.5 6.61 235 868 38,383 66.20 31.5 7.92 235 +8 +2 -22 -10 -20 0 9,530 58.30 28.5 6.61 240 3,007 6,717 75.20 32.0 7.92 225 - 3 +7 -17 -20 -20 +2 60,311 53.20 28.0 6.80 205 1,202 44,409 66.00 32.5 7.79 205 +15 +11 -15 -22 -19 + 2 680 N.A. 60.60 27.0 6.52 245 N.A. 59.00 30.2 7.14 245 700 N.A. 69.00 34.0 7.99 225 "3 -12 -21 -18 + 9 Agriculture Farm Cash Receipts - $ mil. 1,032 (Dates: JUL, JUL) Broiler Placements (thous.) 22,296 60.50 Calf Prices ($ per cwt.) 2.75 Broiler Prices ($ per lb.) 6.45 Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 205 28,940 64.00 31.0 7.02 210 986 20,940 68.70 36.0 7.84 199 + 5 +6 -12 -92 -18 + 3 6,962 55.00 27.0 7.02 199 797 5,049 75.60 29.0 7.87 210 + 4 +0 -25 -14 -18 - 7 Agriculture Farm Cash Receipts - $ mil. 940 (Dates: JUL, JUL) Broiler Placements (thous.) 39,080 51.50 Calf Prices ($ per cwt.) 28.5 Broiler Prices (<t per lb.) 6.32 Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 235 Agriculture Farm Cash Receipts - $ mil. 2,905 (Dates: JUL, JUL) Broiler Placements (thous.) 7,201 62.30 Calf Prices ($ per cwt.) 25.5 Broiler Prices (<t per lb.) 6.32 Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 230 Agriculture Farm Cash Receipts - $ mil. 1,388 (Dates: JUL, JUL) Broiler Placements (thous.) 49,250 56.40 Calf Prices ($ per cwt.) 25.5 Broiler Prices (<t per lb.) 6.34 Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 210 Agriculture Farm Cash Receipts - $ mil. (Dates: JUL, JUL) Broiler Placements (thous.) Calf Prices ($ per cwt.) Broiler Prices (4 per lb.) Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) Agriculture Farm Cash Receipts - $ mil. (Dates: JUL, JUL) Broiler Placements (thous.) Calf Prices ($ per cwt.) Broiler Prices (4 per lb.) Soybean Prices ($ per bu.) Broiler Feed Cost ($ per ton) 829 5,066 57.00 25.0 6.45 195 Notes: Personal Income data supplied by U. S. Department of Commerce. Taxable Sales are reported as a 12-month cumulative total. Plane Passenger Arrivals are collected from 26 airports. Petroleum Production data supplied by U. S. Bureau of Mines. Consumer Price Index data supplied by Bureau of Labor Statistics. Agriculture data supplied by U. S. Department of Agriculture. Farm Cash Receipts data are reported as cumulative for the calendar year through the month shown. Broiler placements are an average weekly rate. The Southeast data represent the total of the six states. N.A. = not available. The annual percent change calculation is based on most recent data over prior year. December 1981, ECONOMIC REVIEW Net Returns Differ Differences in feed costs between Sixth District states and the Midwest would account for substantial differences in net returns to producers in the two areas, even though prices received for hogs do not differ appreciably. Because of the higher cost structure and lower net returns in the Southeast, hog producers would be expected to respond more slowly to rising hog prices than their midwestern counterparts. Or, hog prices would need to rise further and continue high for a longer period to induce production expansion in the Southeast. O n the other hand, when hog prices fall, southeastern producers would be expected to experience net losses more quickly than midwestern producers and begin reducing production more rapidly as a consequence. Fluctuations in Hog Slaughter Although periodic surveys are made of hog producers' intentions, actual production sometimes deviates sharply from reported intentions. Monthly slaughter data are the most solid information available on actual production by state. Although hogs are shipped across state borders for slaughter, on balance, the shipments are assumed to be largely offsetting so that numbers slaughtered are a reasonably reliable indication of production, especially within a relatively broad area such as the six states of the Sixth Federal Reserve District. From January 1975 through December 1980, monthly slaughter numbers in Sixth District states and in Iowa exhibited three major cycles (see Chart4). Production declined through 1975 in response to the low livestock prices and high feed costs during late 1974 and early 1975. A trough was reached in November 1975 and slaughter began a sharp upturn in December in Iowa and in January 1976 in the District. The next building period continued, with a brief interruption in mid-1976, until early 1977. The peak in District states was reached in January with a steep downturn beginning immediately. The peak in Iowa occurred in April, three months later, although slowing growth was evident at the end of 1976. Iowa's production began a sustained upturn in January 1978, but District production did not increase appreciably until January 1979, a full year later. Hog prices had risen from a relatively depressed level in early 1978 which, along with reduced feed prices, eventually provided southeastern producers sufficient incentive to expand production. The production expansion phase continued throughout 1979 in both the District and Iowa. Slowing growth was evident in the District, however, by the end of 1979 when hog prices had again dropped abruptly from the levels in the first quarter of 1979. District hog production continued to grow modestly until July 1980 when a downturn began. This drop came one month prior to the downturn in Iowa's production in August 1980. During the period studied, increases in District pork production lagged behind the increases in Iowa's production from one to 12 months. O n the other hand, major downturns in the District's pork production preceded Iowa's downturn by one to three months. Although this behavior fits the general pattern expected, the variation from period to period limits the specific usefulness of indications provided by the District's pork-producing industry. In cases where movements in District hog slaughter lead Iowa's movements by only one month, the period of advance notice is too short to be of practical importance. Average Slaughter Weights When hog production turns unprofitable and growers become convinced that improved con- Chart 4. Commercial Hog Slaughter as 27 FEDERAL RESERVE BANK OF ATLANTA ditions are not foreseeable, they move to curtail their output by marketing their breeding stock. Because increasing numbers of mature sows are included in the volume of marketings, the average weights of animals slaughtered would be expected to increase (since sows are typically 100 pounds or more heavier than the usual market hogs). Data on sows as a proportion of total slaughter numbers are not reported on a local (state) level although weekly proportions of sow slaughter are provided at the national level. However, a rise in average slaughter weights, information that is provided at the state level, could serve to indicate when sow slaughter is increasing and when a reduction in pork output is imminent. An examination of the deviations in slaughter weights from the average level for each month over a period of six years failed to provide conclusive indications of changes in hog slaughter (see Chart 5). Although fluctuations in average slaughter weights occurred, they do not appear to be particularly related to the fluctuations in hog slaughter shown in Chart 4. It is apparent that slaughter weights can and do change for reasons unrelated to intentional changes in pork output. Growers sometimes hold market hogs longer than usual waiting for Chart 5. Variations in Slaughter Weight of Hogs* price improvement, so that when slaughter eventually occurs, the weights of market hogs may be several pounds heavier than normal. A reduction in feed costs with hog prices holding steady could stimulate producers to feed animals to heavier weights prior to marketing because the last pounds added, though less efficient than earlier gains, become increasingly profitable as feed costs decline. Another possible explanation for the absence of the expected relationship is that even though increased sow marketings cause average slaughter weights to rise, it need not necessarily indicate a nearby reduction in hog production. Producers can withhold young females (gilts) from the market at the same time they are selling sows so that breeding stock and production potential is being maintained in spite of an increase in sow marketings. The proportion of gilts in the flow of hogs to market is not reported, so it is not possible to determine when changed withholding rates of gilts may indicate potential changes in future hog production. Summary The District is a marginal area of pork production because feed costs are significantly higher than the most concentrated area of hog production in the Midwest. When economic incentives change, lower net returns in the Southeast cause producers to tend to expand output later and reduce output earlier than Iowa's producers. Changes in average slaughter weights are not a reliable indicator of imminent changes in southeastern production. The tendency for southeastern producers to cut production early when losses begin is not statistically strong enough to confirm an imminent downturn in national pork output and a consequent upturn in meat prices. But the relationship may be useful when taken together with other indicators. —Gene D. Sullivan DECEMBER 1981, E C O N O M I C REVIEW Economic Forecasting for Southeastern States Major econometric models exist in all six southeastern states. Despite problems with availability and accuracy of data, these models are capable of producing detailed forecasts for legislatures, state agencies, and private clients. The models' most appropriate application, say forecasters, is in simulating the results of specific economic events or policies. With the development in the 1960s of computerized models of the national economy, it was only a matter of time before economists built models for regional, state, and substate economies. Public interest in econometric models was stimulated in 1980 when Lawrence R. Klein of the University of Pennsylvania Wharton School won the Nobel Prize for his work in the development of models. And even though blindfolded newspaper reporters throwing darts have been known to do as well as some of the better known national forecasting firms, demand for national forecasts remains strong.1 State and substate models, while not as well established, are in a growth stage. Private industry represents the largest potential market for the state models. Utilities, banks, S&Ls, developers, energy firms, and large retail firms are all interested in projections of state income, employment, and economic patterns. The projects at the University of Florida and Georgia State University are among the region's leaders in attracting business from private industry. At present, however, the largest part of the market for state forecasts comes from the public FEDERAL RESERVE BANK OF ATLANTA sector. State legislatures and planning agencies have a continuing need for forecasts of various state tax revenues. The Tennessee model, for example, is mandated by the state legislature to establish the rate of anticipated growth of the state economy. Similarly, the Mississippi project provides estimates of revenue for the state Commission of Budget and Accounting and also maintains a cash-flow model forthe state government. State models are also potentially useful in some states whose constitutions require a balanced budget. In Georgia, for example, state spending is tied to expected tax revenues. Even states not required to balance their budgets need reasonably accurate revenue projections for budgetary purposes-i.e., to determine their credit needs. (For their own reasons, state-budget committees may not always use the exact forecast produced by the model, but that is another story.) State planning agencies also use models to forecast highway construction costs, gasoline consumption and tourist expenditures. Utility companies, important clients of forecasting projects, use the state models to study the 29 impact of changes in rate structures on employment and income. Substate models (satellites to the state models) have been used to estimate the effects of new industry on employment. State Forecasting Models in the Southeast Although econometric models exist for several states and regions in the U. S., modeling efforts in the Southeast are among the most vigorous.2 State universities are the primary suppliers of state forecasting models in the Sixth Federal Reserve District, but substantial modeling programs are also underway at the Mississippi Research and Development Center (a state agency) and at the Tennessee Valley Authority (Table 1). TVA's program, the oldest in the region, was developed in response to federal water pollution control needs in 1968. It is currently under the direction of Robert A. Nakosteen, with Juan Gonzalez. Hubert Hinote coordinates forecasting for TVA's office of Planning and Budget. The newest model, at the University of Alabama's Center for Business and Economic Research, issued its first forecast in 1980. The Alabama model is directed by Carl E. Ferguson with David Cheng. Funding arrangements vary. Many combine university support with grants from state planning agencies. Others, like the University of Georgia's project, are entirely self-supporting through private contracts and memberships or subscriptions. The Georgia Economic Forecasting Project is directed by John B. Legler. Albert W. Niemi is responsible for the estimation of gross state product and output. The Mississippi model, directed by Huntley H. Biggs, is funded completely by the state; TVA supports its model primarily for in-house use. Models' structural emphases typically reflect the shape of each state's economy and the interests of each project's particular clientele. Thus, TVA's model concentrates on long-term energy demand, while the Mississippi model focuses on manufacturing activity. Mississippi Magic Lantern also features forecasts of 12 different state taxes, an unusually large amount for a state model. The Tennessee project, directed by David Hake, emphasizes manufacturing and electrical output.' Henry H. Fishkind at the Florida project has pioneered in estimating population growth, migration patterns, construction, and tourism. Louisiana's model, not surprisingly, focuses largely on oil and gas production, but soon will be expanded to full-scale. Loren C. Scott and James Richardson have been the primary developers of the Louisiana model thus far. Some Theoretical Skepticism Nobel Prize Winner Sirjohn Hicks has pointed out that many of the "economic facts" buttressing macroeconomic arguments "are subject to errors and ambiguities...far in excess of those which in most natural sciences would be regarded as tolerable." 3 The precise predictive ability of a science like physics, in other words, is somewhat lacking in economics. Economists can, however, use statistical analysis of historical trends to test the degree of probability of a prediction. In a 1979 study for the American Enterprise Institute, W. Allen Spivey and William J. Wrobleski concluded that "the jury is still out assessing the forecasting performance of econometric models and their use in policy assessment." And if national econometric models have difficulty hitting a large target like aggregate economic growth, can we expect them to have more success with a smaller target? Some economists remain unconvinced. Why? Most state models assume that a state's economy is similar to the economy of a small nation. Yet states cannot be analyzed exactly as small nations because, among other things, states cannot erect trade barriers, cannot control labor and capital flow across state lines, and cannot control their own money supplies. Economic events outside the state (the "foreign sector," populated by mysterious "exogenous variables"), rapidly and powerfully affect state income and employment. Harvard's Robert Dorfman describes the model's relation to the real world this way: "A growth model resembles the economy that it purports to portray about the way that a map on a scale of one inch to five hundred miles resembles the United States. Only the broadest outlines and the grossest structural characteristics can be discerned. For some purposes, such a map and 30 DECEMBER 1981, E C O N O M I C REVIEW such a portrayal are very useful, but we mustn't take inferences from either of them too literally."4 As a result, the most difficult and creative aspect of state modeling ("the biggest can of worms," in the words of one forecaster) is to identify the particular economic characteristics of the state and chart them against expected national and regional developments. Since each state has a different mix of industries, labor force, and natural and financial resources, state economic cycles can occur earlier or later and be more or less severe than national patterns. "A state model...must be designed to include both national and state factors," say LSU's James A. Richardson and Loren C. Scott, "a task complicated at times by the fact that many state peculiarities are not quantifiable, or, if they are, they are not recorded systematically." 5 Generally, state models use a national forecast to "drive" equations which contain state data. A simplified example is: Xm/Xus = f ( C m / C u s ) X m = mfg output in Mississippi X u s = mfg output in U. S. C m = unit cost in Mississippi Cus = unit cost in U. S. In English, this equation says that the expansion of manufacturing industry in Mississippi ( X m ) depends on the predicted growth of the relevant market nationally (X u s ) and on the competitiveness (unit cost) of production in Mississippi versus the U. S. Unfortunately, since state data are notoriously incomplete, unavailable, or undisclosed, forecasters must often resort to data "smoothing," "massaging," or "fabricating" to estimate their equations. Yet, the adjustments which the state forecasters make (based on historical trends and available current data) are often crucial to the model's ultimate success. To see how these adjustments are made, we need to take a closer look at the structure of a state model. Inside an Econometric Model Most state models begin with input from a national model (or "drive"). Many of the southeastern states use the model developed by Wharton Econometric Forecasting Associates (WEFA). Florida and Georgia State have developed their own national models. The national model provides projections for G N P based in turn on projections for population, labor force, employment, hours paid, and productivity. In the Mississippi model, for example, the U. S. model provides the "U. S. Manufacturing Output" block. The national model then breaks those figures into employment and earnings by industry. The state models, in turn, contain the historical pattern for the state's share of these industries. The state share of an industry, however, is continually changing. To account for this, the forecaster must adjust his historical trend continually. If national demand in an industry is known, for example, the state market share will depend on how current output prices in the state compare with output prices in the nation. These relative output prices may not be available for some industries. If not, the forecaster may substitute "input prices" (e.g., costs of labor, energy and taxes) with an adjustment for how closely these input prices approximate final prices. The result is a figure for current market share which can be used to adjust the historical market share for the state. Once the forecaster has determined his state's historical share of a given industry, he is ready to make his projections. Since some industries depend on others, however, he cannot project them all separately. One method of accounting for these dependencies and other differences among industries is to identify "basic" industries and "service" industries. A state's "basic" industries (for example, farming, mining, manufacturing, federal military, and transportation) derive earn31 FEDERAL RESERVE BANK OF ATLANTA SOURCE: Mississippi Research and Development Center, June, 1981 ings from exports to other states. Many state forecasters modify this list to suit the particular characteristics of their states. Huntley Biggs at Mississippi, for instance, includes only manufacturing, farming, and government as "basic" industries, which appear as "Mississippi Manufacturing Output." A state's "service" industries derive mainly from purchases by businesses and households within the state, e.g., construction, communication, public utilities, trade, finance, real estate, and civilian government. Again, forecasters generally modify these sectors. Hotels, which might be a "service" industry for Carl Ferguson in Alabama, would be a "basic" industry for Henry Fishkind in Florida (where most hotel earnings come from out-of-state consumers). In the Mississippi model, the "service" industries are the "Non-Export Output" block. A state's relative growth in earnings depends principally on the demand for the output of its "basic" industries, which in turn stimulate the "service" industries in the state. In a state model, "basic" industry trends are projected by extending into the future the histor- ical trend in the state's share of the national industry. Models typically assume that the factors which affected the share historically will continue to affect it in the future, but less strongly, so the projected change in share decelerates. (Except for special cases like tourism in Florida or oil in Louisiana, most state models assume that, over the long run, states' shares of the national market will move toward equilibrium.) To arrive at earnings, the model multiplies the projected state share for each "basic" industry by projected earnings in the corresponding industry nationally. To project earnings in each service industry, the models rely more on internal (state or regional) variables such as personal disposable income (PDI), Cross State Product (CSP), and state population. The "basic-service" method projects earnings by industry for the state. To project personal income, the state model first determines employment in each industry, again using national data, historical state shares, and current state data. Projections for population, wage rates and unemployment are then applied to the employment data to project personal income figures for the state. Once personal income is established, the model applies various tax rates to arrive at projected state tax revenues (the "General Fund" block in the Mississippi model). Problems: The Orange Juice Function A basic problem plaguing state forecasters is that as national data is broken down into smaller units (regional, state, local), the data's volatility expands dramatically. In fact, "some of the data," according to Florida's Henry Fishkind, "is bologna" Until recently, for example, Florida tourism figures were based on visits to welcome stations at state borders. Closer analysis revealed that welcome station stops were actually a function of orange juice prices, not tourist traffic. Even today, Fishkind says, the tourism data is not particularly reliable. A big stumbling block to developing state (and especially substate) models is disclosure problems. In an area dominated by a few businesses, financial data for individual companies might be derived from the disclosure of local statistics. (To reduce the burden of reporting, data is collected from a sample of businesses in each area.) For this reason the Census Bureau and BEA are prohibited from releasing much data on local areas. According to Georgia State's Donald Ratajczak: 32 D E C E M B E R 1981, E C O N O M I C R E V I E W "we don't have good data for consumption, investment, or inventories in the region." In addition, there is little accurate consumer price data that is comparable throughout the region. As an example of the volatility of sub-state data, Ratajczak points to the recent revision of employment growth figures for Atlanta, from 1.6 percent to 9 percent. Labor input for the region, he says, tends to be "sloppily defined." The Tennessee model has been revised to correct a problem endemic to state models: the calculated elasticities (relative responses to change) relevant at the national level are often inappropriate at the state level. Before this revision, the Tennessee model.linked Tennessee wages to national wages in a fixed way, without accounting for growth in Tennessee vis-a-vis the nation. As a result, the earlier model forecast "growing dominance of Tennessee in the nation over a long (20 years or longer) horizon." In some industries, this deficiency caused the model to predict a 1.5 to 2 percent output growth in Tennessee for every one percent growth in U. S. output. A further difficulty facing southeastern economic forecasters is the uncertainty about whether recent growth rates can be sustained. "Will the Sunbelt growth mystique be maintained for a prolonged period," asks one forecaster, "or will it be short-lived, killed by increasing relative Sunbelt costs?" Tennessee's present model predicts an eventual convergence of southeastern and U. S. economic growth. How Good Are They? had average errors of 2.1 percent for personal income and 2.7 percent for employment. This is significantly better than the plus or minus 3 percent error deemed acceptable, and Hake says "it can be reasonably assumed that the models will do about as well on revenue projections." The Future of State Forecasting Models Despite skepticism from peers and competition from large national forecasting firms, the state forecasting projects in the Southeast are producing useful estimates for a variety of purposes and clients. The demand for their products is increasing. Like a small-scale road map, however, the models are best-suited for particular uses. Econometric models can be used in three basic ways. The first and most widely used is the short-term forecast for a few major economic indicators ("macrovariables"), like tax revenues, personal income, and employment "Short-term" generally means not much longer than one year. "Long-term" forecasts range from three up to (in the case of TVA's long-range energy projections) 20 years. Forecasters caution that the models best suit is not long-run forecasts. A ten year forecast for state economic growth, says one District forecaster, is "pretty speculative." In fact, he would prefer to "forget anything over five years." Yet, state legislatures, utilities, and other planningagencies continue to request 10 and 20 year projections. Despite these theoretical difficulties and data problems, state forecasting models seem to work fairly well. The Mississippi project's forecast for general state revenues, for example, has always been within 3 percent of actual revenues; and its 1980 forecast was within one-half percent of actual revenues. The Alabama model, in its first forecast, came within 1.3 percent for Cross State Product and 5.6 percent for tax revenues. From 1976-1978, the Tennessee model projected changes in personal income within 1.9 percent (on average) and changes in employment within 1.5 percent (on average). In a recent study, David Hake and Carl Brooking concluded that plus or minus three percent error for a one year forecast for personal income and employment was a reasonable expectation from any regional model. The Hake-Brooking study, one of the few comparative evaluations of state model forecasts published thus far, found that over four years, three southeastern state models 33 FEDERAL RESERVE BANK OF ATLANTA The third application of state models is simulation studies. These are usually short-term analyses which show a hypothetical scenario for a very specific economic event—the impact of parimutual horse racing on Georgia's tax revenues, for example. To do simulations, a model must be reasonably "disaggregated" (the major economic sectors must be broken down geographically and structurally). The model thus becomes considerably more complex to develop and maintain. The state models' real strength is in these simulation studies. What effect would a proposed railroad merger have on the Tennessee economy? How will cutbacks in a major shipbuilding plant in Mississippi affect local and state employment and tax revenues? What will be the impact of the federal spending cuts at the state level? Because the state models generally have much more detailed data and equations on state tax structure, state and federal spending in the state, and state employment patterns than do the national models, the state forecasters are in good position to analyze very specific economic events. For state planners, the state models also offer a way of simulating the results of different policy options. Since all state models derive from a national forecast, these simulations can incorporate the effects of national economic policy decisions. As mentioned, most but not all of the southeastern state models use the Wharton model for their national input. Unfortunately, definitions of terms, weighting of variables, and methods for calculating state inputs often vary among state models. As a result, no meaningful aggregation of the state forecast data has been possible. Even if FOOTNOTES 1 Victor Zarnowitz, in "How Well Do Economists Forecast Growth, Recession and lnflation?"Economic Outlook USA (AnnArbor Survey Research Center University of Michigan), concluded that "at the present time, the predictive value of detailed forecasts reaching out further than a few quarters ahead must be rather heavily discounted." 2This article is based on a workshop on Forecasting in the Southeast held at the Federal Reserve Bank of Atlanta on J u n e 19, 1981. 3Cited by Adam Smith (George J.W. Goodman), "Why Not Call Up the Economists?"Across the Board, July/August 1981, p. 60. such a combined effort were possible, forecasters express doubt about the demand for regional projections, since few official regional agencies have decision-making powers. Regional and national corporations might represent a potential market for such forecasts, but not until a solid track record has been established. More consistency among state models might facilitate some comparative studies. Are some states, for example, suffering more than others from outflows of money into money market funds? Are there variations in home financing strategies from state to state and, if so, are they influencing migration patterns? Since the primary market for the state modeling projects thus far has been state legislatures, agencies, and state-oriented utilities and corporations, the models are likely to remain strongly oriented to the special features of the individual states. Since all the models in the Southeast are still in the early stages of development, they can be expected to become even more detailed and more accurate (especially in simulation studies) than they are now. The new federal block grant program to states should provide more funding from state planning agencies. Data on employment, revenue, retail sales, and energy consumption are becoming increasingly accurate and comprehensive. The "road maps" remain small in scale, but they are being filled with more and more detailed information. All signs point to continuing demand and expansion for the state econometric models in the Southeast. —Gary W. Tapp REFERENCES F. Gerard Adams, Carl G. Brooking and Norman J. Glickman, "On the Specification and Simulation of a Regional Econometric Model: A Model of Mississippi," The Review of Economics and Statistis, 1977, pp. 286-298. Comptroller's Office, State of Illinois, "The Illinois Economic Model: Phase I, "November 1977. Unpublished paper. J.W. Kendrickand C.M. JayCox, "The Concept and Estimation of Gross State Product," The Southern Economic Journal, Vol. 32, October 1965 pp.153-168. L.R. Klein, "The Specification of Regional Econometric Models," Papers and Proceedings of the Regional Science Association, 23, 1969. 4Robert Dorfman, "Comment" on a paper by Edmund S. Phelps, "Some Macroeconomics of Population Levelling," Research Reports from the Commission on Population Growth and the American Future, Economic Aspects of Population Change, edited by Elliott R. Morss and Ritchie H Reed, 1972, p.89. J a m e s A. Richardson and Loren C. Scott, "Income and Employment in a State's Econometric Model: The C a s e of Louisiana," The Journal of Economics, IV, 1978, pp. 151-155. 5"lncome and Employment in a State's Econometric Model: The C a s e of Louisiana," The Journal of Economics, IV, 1978, p. 151. ,"A Short-Run Regional Oil and G a s Model for Louisiana," Growth and Change, Vol. 10, No. 3, pp. 19-24. 6Cari G. Brooking and David A. Hake, "The Impact of the Regional Econometric Model on the Policy Formation Decision Process,"Modeling the Multiregional Economic System, F. Gerard Adams and Norman J. Glickman, eds. Lexington, Mass: Lexington Books, 1980, pp.223-237. "Regional and State Projections of Income, Employment, and Population to the Year 2000," U.S. Department of Commerce, Bureau of Economic Analysis, Survey of Current Business, November 1980, pp.44-70. 34 D E C E M B E R 1981, E C O N O M I C R E V I E W State Econometric Modeling Projects in the Southeast Organization Address Director Center for Business and Economic Research Univ. of Alabama Box AK University, AL 35486 Carl E. Ferguson, Jr. Florida Bureau of Econ. and Business Research 221 Matherly Hall Univ. of Florida Gainesville, FL 32611 Henry H. Fishkind Georgia Georgia Economic Forecasting Project Division of Research College of Bus. Admin. Univ. of Georgia Athens, GA 30602 John B. Legier Georgia State Univ. Economic Forecasting Project Georgia State Univ. University Plaza Atlanta, GA 30303 Donald Ratajczak Louisiana Division of Research Louisiana State Univ. College of Business Baton Rouge, LA 70803 James Richardson Loren C. Scott Mississippi Mississippi Research and Development Center P.O. Drawer 2470 Jackson, MS 39205 Huntley H. Biggs Tennessee Center for Business and Economic Analysis Suite 100, Glocker Business Building Univ. of Tennessee Knoxville, TN 37916 David Hake Tennessee Valley Authority Regional Analysis Staff 321 Summer Place Bldg. Knoxville, TM 37902 Robert A. Nakosteen U.S. Army Corps of Engineers 510 Title Building 30 Pryor Street, S.W. Atlanta, GA 30303 Owen D. Belcher State Alabama U.S. Army FEDERAL RESERVE BANK OF ATLANTA The Impact of State Incentives on Foreign Investors' Site Selections State development agencies in the Southeast spent over $2 million in 1978 on promoting foreign investment in their states. They are also increasing incentives to foreign firms to locate in their states. Despite this increased activity, evidence suggests that investors place more emphasis on investment climate than on special incentives. The classic vaudeville line, "now take my wife . . . Please seems increasingly applicable to state development agencies across the United States in their promotional efforts to attract new investment. From the Snowbelt to the Sunbelt, from the Sierras to the Appalachians, individual states are knocking on doors in far away places with strange sounding names in an effort to arrange marriages between their states and potential suitors (investors) — and, in many cases, offering substantial doweries! State development agencies in the Southeast spent over $2 million on promotional activities — investment trips, overseas offices, literature, and presentations — in 1978. They also offered an undetermined (but substantial) amount in direct incentives — tax breaks, worker training, road and site improvements, industrial revenue bonds, gifts of land, and the like. The motive behind this activity is clear: each state desires to gain its share of economic development vis-a-vis the nation as a whole and other competing states. If the state is not successful, it will lose people, employment, investment and income to other states. Indeed, large foreign investments are one of the most highly publicized measures of competition between states. Despite the recent explosion in promotional activities, however, current research suggests that foreign investors do not consider incentives as important as the overall investment climate in a state. 'For more detail on the foreign investment promotional activities and costs of the southeastern states, see the dissertation by Spero Peppas listed in the references at the end of this article. 36 Why Do States Seek Foreign Investment? One answer is that state agencies apparently believe foreign investment offers greater benefits (jobs, incomes, taxes) than domestic investment. These investments are seen as new injections of economic activity with new multiplier effects, rather than diversions of internal activity. Another possibility is that while the initial promotional costs are higher for attracting foreign investors, states find the subsequent costs are lower. A third possibility is that foreign investment is somehow sexier, more interesting, and more newsworthy in the eyes of the state and local officials. After ten years of research experience on foreign investments in the U.S., I believe all three reasons are often at work. Foreign investment maintains its appeal despite the fact that there are certain costs associated with it — both in real and opportunity terms. First, scarce resources could be better allocated to other areas. Second, additional and/or better investments could be attracted. In addition under U.S. law it is illegal (in most cases) for a state to discriminate either in favor of or against a foreign investor. Any basic incentive the state offers must be available to all potential investors — in-state, out-of-state, or out of the country. The problem for state agencies, obviously, is that promotional problems and costs are greater in attracting true foreign investment: there is a greater educational effort required (because foreign investors have less knowledge about a particular D E C E M B E R 1981, E C O N O M I C R E V I E W state); foreign investors have different needs and often require special assistance (acculturation assistance for their foreign employees and families); and promotion methods are more expensive due to greater distances, maintenance of foreign offices, and adaptation/ translation of materials. Nevertheless, states clearly believe the benefits of foreign investment outweigh the costs. How Do Southeastern States Try to Attract Foreign Investment? In examining the promotional activities and investment incentives of the southeastern states,2 one finds few significant differences. Virtually all of the respective state development agencies conduct periodic investment missions (primarily to Europe and the Far East), have overseas offices or representatives (almost all of them in Europe, and many in Japan), have special divisions specifically charged with increasing foreign investment in the state, and offer special promotional packages for new "Any basic incentive the state offers must be available to all potential investors—instate, out-of-state, or out of the country." investors. The basic "pitch" used by the southeastern states is also very similar, stressing abundant, low cost, hard working, non-union labor; cheap and abundant land and utilities; low work stoppage rates; low taxes; good transportation; worker training programs; nice climate; conservative, pro-business state government and a nice place to raise a family! The basic homogeneity in the state's offerings reflects the area's similar characteristics. And while hard-core southerners may adamantly refute the "commonalities" among states in the region, the nuances are far too fine to be understood by foreigners. What foreigners do understand are the basic differences between the southeastern region and the other major regions of the United States. 2 For this article, the s o u t h e a s t e r n states i n c l u d e V i r g i n i a , the C a r o l i n a s , Florida, Georgia, Alabama, Mississippi, Louisiana and Tennessee. Even this broad regional distinction however, has only come about fairly recently. Until the mid 1970s, few foreign investors could name any of the southeastern states, and knew virtually nothing of the region except for its colonial heritage or civil rights infamy. But with the Carter Presidency came an increased global awareness of the region and the entire "Sunbelt" phenomenon. Increased foreign awareness led to promotional strategies. As certain nationalities and industries began to cluster in a particular state, states began targeting them more specifically. And somewhere along the line, an intense competition emerged: virtually all states stepped up their promotional activities and increased the range of incentives offered to potential investors. These incentive packages might include tax holidays or exemptions, free worker training, road paving, industrial r e v e n u e b o n d s , special water considerations, and outright gifts of land. As a first step in constructing the incentive package, state agencies must ascertain whether the investment climate (economic opportunity) is itself strong enough to generate new investment, or whether some special incentives will be necessary either to increase the profitability or lower the risk (cost) for potential investors. For example, state officials visiting potential foreign investors can help identify and clarify the investors' needs: how much and what kind of land, how many and what kind of workers, how much and what kinds of financial assistance, and so forth. Based on this information, the state can then assess whether or not it possesses what the foreign investor needs. In this process, the state should also demonstrate why its proposals better suit the needs of the investor than those of other competing states. Finally, the size and particular importance to a state of a specific investment may play a role in the importance and size of the incentives offered. A state that desperately wants a major foreign investment may feel compelled to offer a truly substantial incentive package — much more than typically offered (for example, Pennsylvania with Volkswagen, or Ohio with Honda or Tennessee with Nissan). What Are the Customers Looking For? The "customers" of the state development boards are the foreign investors: historically the largest firms in their country's industries, 37 FEDERAL RESERVE BANK OF ATLANTA and more recently, also the medium size and even some smaller size firms. These investors do not need to be sold on the United States. In almost all cases, this decision has already been made. What the state must sell is itself as the particular state for the investment site. The basic "product" it offers is a place: a profitable, safe, and pleasant environment. In general, components of the basic offering include logistical factors (ports, highways, railroads), labor factors (wages, available supply, unionization levels, skill levels, and productivity, absenteeism, turnover and work stoppage rates), utility factors (availability and cost of water, energy, etc.), construction factors (availability and cost of land, construction costs, and so forth.), financial factors (types and levels of taxes, financial assistance packages), and lifestyle factors (climate, recreational and educational facilities, cultural activities, etc.). All but the lifestyle factors will jointly determine the potential profitability of the investment, along with providing some estimate of the risk. For the customer to "buy" this product, the state's offering must fit the needs of the customer and be competitive with the offerings of other competing states. If both conditions are not present, the state is wasting its time, money, and effort in promotion, and could better use them to rectify its weak areas. For example, instead of spending hundreds of thousands of dollars annually on unsuccessful promotion, the state could construct a deep-water port, fund worker training programs for new investors, or offer a tax holiday. It might also conduct preliminary environmental impact studies for sites providing good potential for heavy industry in order to help speed up local, state, and federal approval once a specific investment proposal is made. This activity might also reveal potential community acceptance problems (resistance to investment) of which the state is unaware, and which might result in stopping the investment from being made (and embarrassing the state development officials). Another factor state agencies should be aware of is that certain nationalities may have more difficulty than others in getting money out of their home countries to invest in the United States, or bad economic conditions in their home markets may have decreased the 38 parent's ability to fund sufficiently the American venture from internal sources. In such cases, favorable financial incentives from state or local authorities are likely to be perceived as more important. Larger multi-national firms also have greater access to lower cost financing than smaller firms, and as a result, financial incentives such as industrial revenue bonds, gifts of land, free worker training and the like may loom more important for smaller firms. In addition, capital intensive and utility intensive industries generally require different conditions than labor intensive industries. Special incentives involving water or energy conditions may be more important for the first group than they are for the latter, as would tax incentives related to the use of heavy equipment and machinery. How Successful Are the State Efforts? "General wisdom" seems to say that incentives play an important role. However, recent studies on this question suggest that investors do not consider incentives as important as investment climates, and in many cases, do not consider them important at all. Two of the most recent studies of foreign investments in the Southeast were those of Bernard Imbert and G. Lynn Derrick. Imbert studied the southeastern investments of 16 French companies, and, among other topics, asked for a ranking of the most important factors that influenced the companies to locate in the Southeast and in the particular state. Of the more than 15 factors listed, five were mentioned as being "most important" by two-thirds of the firms. These factors were, in order of ranking: the attitude of the labor force, the quantity and quality of labor, transportation facilities, the life style of the area, and the availability (and cost) of suitable plant sites. Three other factors were cited by more than onethird of the firms as also being extremely important: the availability and cost of water and energy, salary levels, and the proximity and ease of access to markets in the United States. O n the other hand, inducements/incentives of state and local authorities ranked eleventh out of sixteen factors, and were ranked as a "major" factor by only two firms, and an "important" factor by only two other firms. In DECEMBER 1981, E C O N O M I C REVIEW the cases of the two French firms who ranked the incentives as "most important," both parents were strapped for financial resources to investment in the U.S., and were offered such favorable conditions that it was almost impossible for them not to be taken into consideration : long term taxation advantages, free or virtually free land, state construction of a road to their plant site, and so forth. However, both cases occurred in the early 1960s, and such inducements by state and local authorities are now seldom as extensive. In Derrick's study of German investments in South Carolina, he concluded that labor conditions had also been the most important factor in German firms' decisions to locate in South Carolina, along with the abundance of low cost utilities and suitable plant sites. As was the case with French investors, incentives of state and "Despite the recent explosion in promotional activities,...current research suggests that foreign investors do not consider incentives as important as the overall investment climate in a state." local authorities were not ranked as critical factors. Other studies have touched in part on the relative importance of incentives: Young and Kedia (for Louisiana), Arpan and Ricks (for the U.S.), and H. C. Tong (for the U.S.). The Young and Kedia study of Louisiana revealed that most of the investments were made via acquisition of existing Louisiana companies, and, as a result, government incentives did not play a major role. For those investments not made by acquisition, incentives still played a very minor role compared to investment climate factors. However, their study did show that state incentives were relatively more important in foreign firms' decisions to expand in Louisiana once the investment had been made. Arpan and Ricks'study of foreign investments in the entire U.S. also showed that incentives did not play a major role in the site selection process compared to investment climate factors, and Tong's study of foreign investors' reasons for choosing a particular site consistently showed government incentives to rank in the bottom sixth of factors mentioned (although local tax rates usually ranked near the middle). Thus, it is difficult to reconcile the apparent differences in importance placed on government incentives by investors and government authories. Government authorities apparently perceive such incentives to be important to potential investors, while the admittedly scant empirical evidence suggests that the incentives are not that important. Yet, it can still be argued that from an individual state perspective, or even possibly a regional perspective, such competition is necessary. So long as a competitive state offers such incentives, there is considerable pressure for the other states to offer comparable packages. In other words, all things being equal in terms of investment climate and possibly even life style, a special incentive may make a difference. And from an individual state's perspective, it clearly does make a difference whether the firm involved makes the investment in their state rather than in another state. The real key issue, however, appears to be the significantly higher importance placed by firms on the investment climate, rather than on special incentives. Investment is a long term, profit-oriented decision, and virtually no amount of special incentives (particularly those which are short term in nature) is likely to attract and keep a firm in an area in which the long term profitability criteria are not present. This suggests that state and local authorities should examine more carefully their investment climate before going overboard on incentives. If the state doesn't already possess them, it would be advised in the long run to spend its time, money, and effort on developing these preferred investment climate factors rather than on special incentives. And, in terms of special incentives, the state should determine scientifically which ones are most likely to result in increased investment, rather than simply matching the overall offerings of competing states. 39 FEDERAL RESERVE BANK OF ATLANTA Foreign Investment in the Southeast As of year end 1979, FDI (Foreign Direct Investment) in the United States totaled $52.3 billion, up 23 percent from 1978 (in which a similar percentage increase had taken place). This increase was more than twice the average annual percentage increase from 1975 to 1977, and nearly three times larger than from 1968 to 1972. The gross book value of all FDI in the Sixth District at the end of 1977 was over $8.5 billion, an increase of 46 percent from 1974. Louisiana had by far the largest single amount (36 percent of the total), followed by Georgia (16 percent), Tennessee (15 percent), Alabama and Florida (14 percent each) and Mississippi (5 percent). Because of growth rates in excess of 140 percent for four of the six states in the district, and a 31 percent disinvestment in Louisiana, Louisiana's rank in the district in manufacturing FDI fell from an overwhelmingly dominant first position (41 percent) to a third place tie with Georgia (19 percent each), while Tennessee moved from second place into first (25 percent). In terms of nationalities, the British dominate with nearly 120 companies (31 percent of all), followed by the Canadians and West Germans (17 percent each), the French and the Dutch (9 percent each), and the J a p a n e s e (six percent).* Within the manufacturing sector, FDI in the chemical industry led by a wide margin in terms of both employment and gross book value of property, plant and equipment. These chemical investments were heavily concentrated in Louisiana, Alabama, and Tennessee. What these numbers suggest is that foreign investment in the Sixth District increased dra- Direct Employment of FDI in 6th District, by State: 1977 Total Number of Employees (thousands) Alabama Florida Georgia Lousiana Mississippi Tennessee 6th District Total Total Number of Employees in Manufacturing (thousands) 14 26 29 18 5 25 10 12 18 7 3 21 117 71 Source: Survey of Current Business, July 1980, p. 39, and Office of Foreign Investment in the US, US Department of Commerce. matically from 1974 to 1977 and is heavily concentrated in British hands. However, different states received different types of investment. FDI in Louisiana and Mississippi was primarily in the petroleum sector; in Tennessee, Alabama, and Georgia in the manufacturing sector, and in Florida in the real estate sector, followed by the manufacturing sector. Thus there appeared to be an East-West split within the Sixth District, based largely on state comparative advantage. The comparative labor advantages of Tennessee, Alabama, Georgia, and Florida attracted foreign investment in manufacturing, while the oil advantages of Louisiana and Mississippi attracted foreign investment in the petroleum sector. •Japanese investment in the region has increased since the cut-off date (1979) for data in this article. 40 D E C E M B E R 1981, E C O N O M I C R E V I E W Gross Book Value of Property, Plant, and Equipment in 6th District by State: 1974 & 1977 (millions of dollars) All FDI Manufacturing & Industrial FDI % increase % increase Alabama Florida Georgia Louisiana Mississippi Tennessee 1974 1977 1974-1977 1974 1977 1974-1977 645 904 639 2616 330 736 1214 1163 1373 3032 473 1283 88% 29% 114% 16% 43% 74% 328 188 358 1059 30 644 889 502 731 732 72 + 980 + 171% 167% 104% (-31%) 140% 152% 5870 8538 46% 2607 3896 + 50% Total Source: For 1974 data, US Department of Commerce, Foreign Direct Investment In the United States (Washington, DC, GPO, 1976). For 1977 data, Survey of Current Business, July 1980, p. 36. FDI in 6th District's Manufacturing & Petroleum Sectors, 1977 Number of Employees Alabama Florida 10 1 2 3 12 1 All M a n u f a c t u r i n g Food Paper Chemicals Metals Machinery Other Petroleum (+) 1 3 (+) (+) 5 1 3 2 1 Georgia 18 " 2 (+) 3 1 2 9 1 (thousands) Louisiana Mississippi 7 1 3 1 (+) 3 1 (+) 1 4 (+) 1 1 1 (+) (+) Tennessee 21 (+) 1 7 3 8 2 1 Gross Bnnk Value of Plant & Equipment ($ millions) Alabama Florida Georgia Louisiana Mississippi Tennessee 850 3 (D) 438 4 (D) 198 (D) 362 9 2 (D) 26 20 (D) 71 693 (D) (D) (D) 50 19 178 129 700 33 (D) 538 (D) (D) 39 1920 72 (D) (D) (D) 13 7 4 236 980 4 (D) 426 281 (D) 12 980 All M a n u f a c t u r i n g Food Paper Chemicals Metals Machinery Other Petroleum Source: Office of Foreign Investment in US, US Department of Commerce. D data suppressed for disclosure reasons + = less than one thousand FEDERAL RESERVE BANK OF ATLANTA Number of Foreign Owned Manufacturing/Petroleum Firms in 6th District, by State and Nationality of Owner: 1979 Canada France Japan Netherlands Sweden 1 5 5 0 1 8 15 18 7 5 9 5 8 17 6 0 1 2 5 15 0 0 3 1 8 5 10 0 7 4 5 1 1 0 2 62 12 37 25 31 13 Belgium Alabama Florida Georgia Louisiana Mississippi Tennessee Switzerland United Kingdom w. Germany 3 5 1 4 0 6 11 26 38 23 1 18 6 20 12 9 3 14 18 117 64 1979 Total 1974 Total 1 4 8 9 1 7 41 97 120 74 9 68 7 10 36 25 4 17 30 409 99 Other Source: Jeffrey Arpan and David Ricks, "Directory of Foreign Owned Manufacturers in the United States (Atlanta, Georgia: Business Publishing Division, College of Business Administration, Georgia State University; 1st edition, 1974, and 2nd edition, 1979.) —Jeffrey S. Arpan REFERENCES Jeffrey S. Arpan, "Foreign Direct Investments in South Carolina," a paper presented at a conference on "The Costs and Benefits of Foreign Investment from a State's Perspective," sponsored by the Southern Center for International Studies and the U.S. Department of Commerce, Atlanta, Georgia, February 27, 1981. "Regulation of Foreign Direct Investment in the United States: Quo Vasit, Quo Vadit," Journal of Contemporary Business, Autumn 1977, Volume 6, No. 4. Reprinted in The C.F.A. Digest, Winter 1979, Vol. 9, No. 1. Jeffrey Arpan and David Ricks, Directory of Foreign Manufacturers in the U.S., Revised Edition (Georgia State University, Business Publishing Services Division, Atlanta, 1979). "Foreign Direct Investments in the U.S. and Some Attendant Research Problems," Journal of International Business Studies, Spring 1974. with Ed Flowers, "Foreign Direct Investments in the United States: The State of the Art of Research," Journal of International Business Studies, the 10th Anniversary Commemorative Issue, forthcoming 1981. Jack Behrman, "Impacts of Inward Direct Investment in North Carolina Development," a paper presented at the conference on Costs and Benefits of Foreign Investments from a State Perspective, op. cit. G. Lynn Derrick, Jr., "Major Factors Which Influenced German Companies to Invest in South Carolina," graduate business thesis, University of South Carolina, Columbia, November 1980. Bernard Imbert, "French Investment in the American Southeast," Report #CS-10, Georgia World Congress Institute, Atlanta, Georgia, 1979. Spero Peppas, "A Comparative Study of Promotional Activities to Attract Foreign Investment: An Application of Marketing Theory to the Efforts of the Southeastern States," Ph.D. dissetation, Georgia State University, Atlanta, Georgia, 1979. Cedric Suzman, "Foreign Direct Investments in the Southeastern United States: A Comparative Analysis," conference on The Costs and Benefits of Foreign Investment from a State Perspective," op. cit. H. M. Tong, Plant Location Decision of Foreign Manufacturing Investors, (Ann Arbor, Michigan: UMI Research Press, 1979). United States Government, General Accounting Office. Department of Housing and Urban Development, "Impact of U.S. Foreign Direct Investment on U.S. Cities and Regions," prepared by Robert B. Cohen, Analytical Sciences Corp., 27 February 1979, TR1716-1. Mira Wilkins, Foreign Direct Investment in Florida, Costs and Benefits, paper presented at conference on "The Costs and Benefits of Foreign Investment from a State Perspective," op. cit. S. Young and B. Kedia, "Costs and Benefits of Foreign Direct Investment from a State Perspective: The Case of Louisiana," paper presented at conference on "The Costs and Benefits of Foreign Investment from a State Perspective," op. cit. 42 D E C E M B E R 1981, E C O N O M I C R E V I E W How Big Is the Federal Government? The number of Federal employees per 1,000 of population declined from 1959 to 1978. Standard measures of government employment and spending, however, do not account for a substantial shift toward "invisible workers," consultants, white collar workers, and higher grade levels. Future financial liabilities and regulatory costs also should be added to the "hidden burden" of the federal sector. In recent years, public opinion surveys have revealed a strong and growing dissatisfaction with government in general and with the federal government in particular. Respondents often express a feeling that the public sector is too large, wasteful, inefficient and unresponsive to the needs of citizens. 1 This widespread attitude contributed to the election victory of President Reagan, who campaigned on a platform of cutting federal taxes and spendingand reducing the size and scope of federal activity. Although there may be a generally accepted attitude that the federal government has become "too big" in recent years, there is much less understanding of the federal establishment's actual size and growth.2 Measuring the Size and Growth * of the Federal Sector Measuring the federal public sector's size and growth rate is a very complex problem, for the primary issue is how to assess the burden which the federal government places on the private 1 T h e e x p a n s i o n of the federal public sector has been the subject of intensive study by scholars for decades, a n d the conclusions that g o v e r n m e n t has grown too rapidly a n d b e c o m e too intrusive are hardly new. For e x a m p l e . H e n r y W e s t c o n c l u d e d in his b o o k Federal Power: Its Growth and Necessity, p u b l i s h e d in 1918, that " w e have, without protest a n d even with satisfaction, a c c o r d e d the g o v e r n m e n t a control over corporate and individual existence w h i i h infinitely transcends the wildest dreams of t h o s e w h o advocate centralized authority." Based o n statistical e v i d e n c e of the e x p a n s i o n in federal expenditures b e t w e e n 1894 and 1918, West w a r n e d of the "dangers of drifting into socialism b e c a u s e " t h e growth of federal power will b e u n c h e c k e d . " For a s u m m a r y of typical surveys, s e e S e y m o u r Martin Lipset a n d William Schneider, " L o w e r Taxes a n d M o r e Welfare: A Reply to Arthur Seldon," journal of Contemporary Studies (Spring 1981), pp. 89-94 2 H e n r y Litchfield West, Federal Power: Its Growth and Necessity ( N e w York: G e o r g e H. D o r a n C o m p a n y , 1918), pp. vii-ix a n d pp. 101-102. sector. Federal employment and expenditures give some indication of this burden—as the number of federal employees and the level of federal spending increase, resources are clearly diverted from the private to the public s e c t o r but the total impact of the federal government is far greater. Data on the number of employees do not reflect the qualitative changes that occur over time in the federal work force. For example, the economic effects of hiring an additional 50 workers to maintain a federal building are vastly different from hiring 50 additional professionals to develop regulations. Data on expenditures capture only the federal government's current outlays, yet many spending commitments are made which involve taxes and outlays that extend far into the future. Moreover, many of the costs which the federal government imposes on the private sector do not appear explicitly in the federal accounting system. With but one exception, all studies of federal government growth have examined only the direct or quantitative aspects of public sector expansion. 3 Indirect or qualitative changes in the size of government are much more difficult to measure and are generally not reported in widely used publications; nevertheless, they are a significant component of recent increases in the federal government. 5 For a survey of studies of federal g o v e r n m e n t growth, s e e J a m e s T. Bennett a n d M a n u e l H . Johnson, T h e Political E c o n o m y o f F e d e r a l G o v e r n m e n t G r o w t h : 1 9 5 9 - 1 9 7 9 ( C o l l e g e Station, Texas: Texas A & M University, 1980), pp. 7-26. 43 FEDERAL RESERVE BANK OF ATLANTA T a b l e 1. Federal Full-Time Civilian Employment, Total Labor Force, a n d Population by Year, 1 9 5 9 - 1 9 7 8 with Average A n n u a l C o m p o u n d Rates of Growth, R Year Employees (E) Labor F o r c e b (LF)'OOOs Population (POP)'OOOs E 1,000LF E 1 ,OOOPOP 1959 1960 1961 1962 1963 1964 1965 1966 1967 1968 1969 1970 1971 1972 1973 1974 1975 1976 1977 1978 2,230,097 2,237,338 2,291,001 2,371,589 2,387,021 2,370,437 2,398,033 2,574,257 2,784,087 2,867,365 2,879,483 2,806,469 2,766,099 2,682,000 2,537,976 2,547,129 2,581,870 2,556,753 2,502,020 2„483,273 70,921 72,142 73,031 73,442 74,571 75,830 77,178 78,893 80,793 82,272 84,240 85,903 86,929 88,991 91,040 93,240 94,793 96,917 99,534 102,537 177,830 180,671 183,691 186,538 189,242 191,889 194,303 196,560 198,712 200,706 202,677 204,878 207,053 208,846 210,410 211,901 213,559 215,142 216,820 218,500 31.57 31.01 31.37 32.29 32.01 31.26 31.07 32.63 34.46 34.85 34.18 32.67 31.82 30.14 27.88 27.32 27.24 26.38 25.14 24.22 12.59 12.38 12.47 12.71 12.61 12.35 12.34 13.10 14.01 14.29 14.21 13.70 13.36 12.84 12.06 12.02 12.09 11.88 11.54 11.36 R,% 0.69 1.96 1.06 -1.25 -0.37 Source: aU.S. Civil Service Commission, Federal Civilian Manpower Statistics: Pay Structure of the Federal Civil Service, various years. bU.S. Department of Commerce, Survey of Current Business, various years. Conventional (Quantitative) Measures Employment. Considerthe data on federal fulltime civilian employment shown for the period 1959-1978 in Table I. Both the size of the labor force and population grew far more rapidly than did federal employment. In 1959, there were 31.57 federal employees for each 1,000 in the labor force; the comparable figure in 1978 was only 24.22, a decline of 22.6 percent. The number of federal employees per 1,000 population fell from 12.59 in 1959 to 11.36 in 1978. Though it runs counter to conventional wisdom, the conclusion is inescapable: When measured by employment, the relative size of the federal government has declined and its absolute size has increased very modestly. Expenditures. As Table 2 shows, for the years 1959-1978, federal spending fluctuated between 18.0 and 22.7 percent of C N P. Total output grew 44 very rapidly, though not as rapidly as federal expenditures, but the average annual growth rate of 1.71 percent in federal spending as a percent of G N P can be described as quite modest. On a per capita basis, federal spending in current dollars was almost four times as much in 1978 as in 1959; when price changes are taken into account, however, per capita spending in 1978 was less than twice as much as it was 20 years earlier. The average annual growth rate of real per capita federal spending is only 3.56 percent. Overall, the quantitative statistics on federal government size and growth are startling, not so much because they show that the federal public sector has grown in recent years, but because they indicate it has not expanded very rapidly. After all, since 1959, four major cabinet-level departments have been formed (Housing and Urban Development, Transportation, Energy, and Education) and an enormous increase has ocD E C E M B E R 1981, E C O N O M I C R E V I E W Table 2. Federal Government Expenditures and Gross National Product and C o n s u m e r Price Index by Y e a r 1959-1978 with Average Annual C o m p o u n d Rates of Growth, R Year Expenditures (G) $ bil. GNP $ bil. CPI 1959 1960 1961 1962 1963 1964 1965 1966 1967 1968 1969 1970 1971 1972 1973 1974 1975 1976 1977 1978 91.0 93.1 101.9 110.4 114.2 118.2 123.8 143.6 163.7 180.6 188.4 204.2 220.6 244.7 265.0 299.3 357.1 386.3 423.5 461.3 486.5 506.0 523.3 563.8 594.7 635.7 688.1 753.0 796.3 868.5 935.5 982.4 1,063.4 1,171.1 1,306.6 1,412.9 1,528.8 1,706.5 1,889.6 2,107.6 87.3 88.7 89.6 90.6 91.7 92.9 94.5 97.2 100.0 104.2 109.8 116.3 121.3 125.3 133.1 147.7 161.2 170.5 181.5 195.4 R,% 9.22 8.06 4.35 (G/GNP) $ Real G $ bil. Real G Per Capita,$ 18.7 18.4 19.5 19.6 19.2 18.6 18.0 19.1 20.6 20.8 20.1 20.8 20.7 20.9 20.3 21.2 23.2 22.7 22.4 21.9 511 515 555 592 603 616 637 731 824 900 929 997 1,065 1,172 1,259 1,412 1,672 1,796 1,953 2,111 104.2 105.0 113.7 121.9 124.5 127.2 131.0 147.7 163.7 173.3 171.6 175.6 181.9 195.3 199.1 202.6 221.5 226.6 233.3 236.1 586 581 619 653 658 663 674 751 824 863 847 857 879 935 946 956 1,037 1,053 1,076 1,080 1.71 8.07 4.67 3.56 % (G/POP) Source: U.S. Department of Commerce,Survey of Current Business, various years. curred in the regulatory powers of the federal government to deal with such issues as environmental protection, occupational health and safety, drug abuse, equal employment opportunity and affirmative action, mine safety, consumer product safety, and so on. Social programs to provide food stamps, law enforcement assistance, Medicare/Medicaid benefits, student loans, school lunches, black lung benefits and supplemental security income have proliferated as well. Given the marked expansion in the scope of federal government activities, one would expect a much larger increase in its size than the employment and expenditure data indicate. Why do these increases not show up in the data? The answer is that federal government outlays and employment provide only a partial picture of thetrue changes in the dimensions of the federal sector burden over time. Important shifts have occurred in the qualitative aspects of employment and expenditure as well. F E D E R A L RESERVE B A N K O F A T L A N T A Qualitative Factors Employment: The White Collar Explosion and "Invisible" Workers. The data on full-time civilian employment do not account for four important qualitative changes in the work force: (1) composition of the federal work force has shifted from blue-collar to white-collar employees; (2) grade levels have increased rapidly within the white-collar ranks; (3) many full-time workers are counted as part-time to avoid employment ceilings; and, (4) a vast number of contractors and consultants are employed indirectly by the federal government, even though they are not counted as such in official statistics. As an illustration of these concepts, consider the classification of employees over time in 45 Table 3. T h e Distribution of Federal Full-Time Civilian Employment by Category and the N u m b e r E m p l o y e d in Washington, D.C., by Year 1959-1 g 7 8 March 31 General Schedule Wage Systems Postal Other Systems Working in D . C . 1959 1960 1961 1962 1963 1964 1965 1966 1967 1968 1969 1970 1971 1972 1973 1974 1975 1976 1977 1978 969,529 973,242 1,008,040 1,057,729 1,083,707 1,090,401 1,112,687 1,189,306 1,252,839 1,298,647 1,288,169 1,286,948 1,297,300 1,281,996 1,301,557 1,322,313 1,349,104 1,358,491 1,390,494 1,396,265 687,403 666,727 662,099 675,903 658,818 625,795 621,091 682,178 757,271 745,786 673,552 674,250 630,670 603,450 547,440 535,929 528,080 514,543 470,175 461,726 474,688 483,265 504,020 517,006 520,370 523,866 534,761 568,911 604,147 656,522 673,552 673,482 663,863 665,136 549,739 552,667 556,149 548,144 527,992 522,094 107,477 114,104 116,841 120,951 124,125 130,374 131,892 133,861 169,829 178,527 171,194 171,789 171,498 131,418 139,240 136,220 138,537 135,575 113,359 103,188 221,671 225,971 231,391 241,902 250,637 253,636 263,783 280,594 297,897 305,225 305,905 304,885 309,803 303,066 282,991 297,759 303,071 307,774 312,411 312,829 Source: U.S.Civil Service Commission, Federal Civilian Work Force Statistics: Pay Structure of the Federal Civil Service, Table 3. General Schedule (CS) workers are white-collar employees within the federal establishment. Wage system federal workers perform blue-collar jobs. Over the entire 20-year span, with only minor exceptions, there has been a steady increase in white-collar workers and a steady decline in blue-collar employees. GS employees increased by 44 percent between 1959 and 1978, while wage system workers declined by 33 percent Although the total number of employees changed very little over time, a significant change occurred in the type of work performed. Moreover, federal government activities became increasingly concentrated in the nation's capital. Employees in executive grades GS-13 to 18 increased by 134,049—the number in 1978 was three times as large as the 1959 figure—while those in the lower grades fell by almost 90,000. Thus, policymakers and regulators gained rapidly in employment at the expense of lower level employees: A massive shift in grade structure occurred which is not apparent in the statistics on total employment. From a private sector perspective,there are critical differences between a government clerk and a policymaker who promulgates regulations. A clerical worker's principal cost to the public is the payment of salary and fringe benefits. A regulator, on the other hand, may impose costs on the private sector far in excess of salary and perquisites. The Office of Management and Budget places employment ceilings on every executive agency, but the constraints apply only to full-time employees. Each March 31, agencies report their employment statistics and, on this date, thousands of workers are switched from full-time to parttime status. So pervasive is this practice that these full-time/part-time bureaucrats are known as "25-and-ones," a term descriptive of the fact 46 D E C E M B E R 1981, E C O N O M I C R E V I E W T a b l e 4 . Federal Government Liabilities a n d C o m m i t m e n t s by Category at the E n d of e a c h F i s c a l Year for the Period 1967-1977, with C o m p o u n d Average Annual Growth Rates Federal Government C o m m i t m e n t s (millions of $) Liabilities Orders (1) Undelivered Contracts (ID Long-Term of Annuity (III) 1967 1968 1969 1970 1971 1972 1973 1974 1975 1976 1977 $378,128 405,933 407,960 423,325 452,373 486,973 520,697 544,325 613,022 726,193 789,030 $ 77,320 77,197 74,106 70,010 74,843 88,265 102,095 105,618 130,007 266,281 322,109 $ 2,759 8,086 8,436 7,905 8,356 8,397 8,916 9,727 1 2,838 13,002 15,126 R,°/o 7.45 14.51 11.68 Year Total Deficiency Contingencies Programs $ 234,076 311,041 222,536 496,438 550,439 251,551 578,035 1,717,861 2,593,248 4,638,727 5,394,847 39.22 (IV) $ 912,261 1,002,432 970,041 1,298.435 1,483,572 1,380,907 1,964,542 2,954,706 4,301,987 6,511,647 7,381,103 24.76 S o u r c e : U . S . D e p a r t m e n t of t h e T r e a s u r y , F i s c a l S e r v i c e , B u r e a u o f G o v e r n m e n t F i n a n c i a l O p e r a t i o n s , S t a t e m e n t o f L i a b i l i t i e s a n d O t h e r Financial Operations, S t a t e m e n t of Liabilities a n d Other Financial C o m m i t m e n t s of t h e United States G o v e r n m e n t v a r i o u s years. that for 25 of the 26 federal pay periods each year, the workers are classified as full-time, but in the one pay period in which the headcount is taken, these workers are officially placed on parttime or "invisible" status to evade hiring constraints. Estimates vary as to the extent of this practice. A 1977 Comptroller General Report (which was not a full-scale investigation) discovered several thousand instances. Without doubt, then, current figures understate total federal employment. 4 The issue of accurately counting federal employees raises an even more fundamental question: What, in fact, is a federal employee? If consultants, contractors, and state and local government workers whose pay comes directly from the Treasury were included, then reported employment represents only the tip of the bureaucratic iceberg. As secretary of HEW, Joseph Califano testified in 1979 that his department was paying the salaries of 980,217 persons in think tanks, universities, and other units of government. The Department of Defense pays an additional 2.05 million workers through contractors and subcontractors.5 One estimate has placed this "indirect" federal employment at about eight million workers.6 To the extent that the federal government has increasingly relied on workers not counted in reported employment data, the size and growth of the federal establishment have been greatly understated. Expenditures: Delayed Repercussions and Uncounted Liabilities. As is the case with employment, federal expenditure statistics do not accurately reflect the spending patterns and financial commitments of the federal sector. Expenditures consist primarily of outlays in a given year; they do not include future financial liabilities and commitments. A useful, but somewhat simplistic, analogy would be for an individual to count his dollar outlays in a given year as the total of his financial commitments and liabilities without including future spending dictated by loans, mortgages, installment payments, and goods and services on order. For the federal government, as shown in Table 4, liabilities and other financial 5 D o n a l d Lambro, "In and O u t at H EW: Doing Well by Doing G o o d Through Consulting." Personnel C e i l i n g s - A Barrier to Effective M a n p o w e r Management," A Report to the C o n g r e s s b y the Comptroller General of the U. S-, J u n e 2, 1977, pp. 4- 10. Policy R e v i e w (3Winter 1979), p. 109. «-Barbara Blumenthal, " U n c l e Sam's Army of Invisible Employees," N a t i o n a l ( o u r n a l (May 5 , 1 9 7 9 ) , p. 732. 47 FEDERAL RESERVE B A N K O F ATLANTA commitments are reported for four categories: (1) Liabilities: Public Debt, Checks Outstanding, Accrued Interest, and Accounts Payable; (2) Undelivered Orders: Obligations incurred under law against appropriations andfunds for goods and services not yet received; (3) Long-Term Contracts: Subject to future modification or cancellation in advance of delivery of goods or services; and (4) Contingencies: Government Guarantees (insuring private lenders against losses), Insurance Commitments, Actuarial Status of Annuity Programs, Unadjudicated Claims, and International Commitments. The data in Table 4 must be interpreted with caution, for in a strict sense, some of the aggregates shown in each category are not additive because the data were computed on different bases. Further, the data indicate the maximum potential liability of the federal government, not the most probable amounts that will be expended in the future. For instance, guaranteed loans will be paid only if the lender defaults. Nevertheless, the growth rates at the bottom of the table reveal that the financial commitments and liabilities of the federal government have increased far more rapidly than expenditures. In only the 11 years between 1967 and 1977, total contingencies rose from $912 billion to $7.38 trillion dollars— an eight-fold increase. The Actuarial Deficiency of Annuity Programs was presented separately to show the increase in financial commitments due to social security payments, civil service pensions, and retirement pay for military personnel. The actuarial deficiency is the amount by which expected future payments exceeds anticipated contributions—a sum in excess of $5 trillion. Federal contingencies for this item doubled, on the average, about every two years. Such a growth rate cannot long be sustained without either substantially increasing taxes or reducing benefit payments. Government decisions, therefore, have long-term tax and expenditure implications—not adequately reflected in annual data on current federal expenditures. If one considers these future federal liabilities and contingencies, a much higher rate of growth is indicated than shown by expenditures alone, regardless of whether price and population increases are taken into account. It is also apparent that many of the financial repercussions of federal activities are not felt immediately, but are delayed. Regulations and Red Tape Even after adjustment for the qualitative changes in federal employment and financial operations, these two traditional measures still grossly understate the federal sector's impact on the private economy. The government's actions, primarily through regulations and red tape, impose enormous costs on the private sector that are not included in either employment or finance statistics. Because government bears only a small portion of the regulatory costs, they may be regarded as "hidden taxes" borne by the private sector. In the five-year period 1974-1978, Congress adopted no fewer than 25 major pieces of regulatory legislation including the Energy Policy and Conservation Act, the Fair Debt Collection Practices Act, the Employment Retirement Income Security Act, and the Real Estate Settlement Procedures Act. The costs of such regulations have grown rapidly. According to Murray Weidenbaum, chairman of the Council of Economic Advisers, the total cost of federal regulation exceeded $66 billion in 1976 (in excess of $300 per capita) and had grown to more than $102 billion in 1979, an increase of 55 percent in only three years.7 The administrative costs of these actions, the only costs reported in federal expenditures, represent only about 5 percent of the total; the remaining 95 percent is borne by the private sector as hidden taxes. In 1977, the Commission on Federal Paperwork estimated that, although difficult to calculate precisely, the total cost of processing federal paperwork (including that associated with regulation) was approximately $100 billion each year. Of this amount, the federal government spent $42 billion. The Internal Revenue Service alone employs some 13,200 different forms and form letters. About 613 million man-hours were expended by individuals and businesses in 1978 just completing this paperwork. As of June 1972, the Office of Management and Budget (OMB) reported that federal government agencies (excluding IRS) used 5,567 forms that generated more than 418 million responses from the private sector. As staggering as such statistics appear, they apparently underestimate the burden greatly. Many forms used are not even known to OMB; single-use forms such as those used in one-time surveys are not included, and many regulatory agencies noted for their ' M u r r a y L. W e i d e n b a u m , T h e Future o f B u s i n e s s R e g u l a t i o n ( N e w Y o r k : A m a c o m B o o k s , Inc., 1 9 7 9 ) , p p . 1 5 - 2 3 . 48 DECEMBER 1981, E C O N O M I C R E V I E W burdensome paperwork are exempted from reporting paperwork to OMB. By almost any standard of comparison, the nation is awash in a sea of federal forms.8 The total social costs of government are enormous when the hidden burden of the federal sector is taken into account. Conclusions The federal government's growth in recent years is widely recognized and, apparently, often resented by the American taxpayer. The current debate over a Constitutional amendment to balance the budget indicates that the voter wishes to restrain government expansion if not decrease its absolute size. The statistics that have been used to measure the size and growth rate of 8For a more c o m p l e t e discussion of federal paperwork, see J a m e s T . B e n n e t t and M a n u e l H. Johnson, "Paperwork a n d Bureaucracy," Economic Inquiry (July 1979) pp. 4 3 5 - 4 5 1 . government employment and expenditures do not adequately capture all the dimensions of the public sector. Substantial qualitative shifts have occurred in the composition and structure of the federal labor force, many individuals who work for the federal sector are not counted, the indirect costs of regulation and paperwork do not appear in reported expenditures and current outlays do not incorporate the large and rapidly growing future liabilities and financial commitments which portend an increasing tax burden in the future. No conclusive answer can be given to the question, "How big is the federal government?" One can, however, confidently assert that it is much larger than the reported data indicate, that it has grown very rapidly in the recent past, and that the Reagan administration faces a massive problem in shrinking or even slowing the growth of the federal leviathan. —James T. Bennett Index for 1981 AGRICULTURE The Impact of Drought Gene D. Sullivan, September, 26 The Impact of Florida's Freeze on Vegetable Prices Gene D. Sullivan, June, 1 8 Renewable Energy Sources from the Farm Gene D. Sullivan, April, 4 Southeastern Agriculture in the 80s Gene D. Sullivan, May, 12 Southeastern Farmers Face Bleak Prospects Gene D.Sullivan, February, 10 Southeastern Pork Production: A Clue to Future Food Price Changes? Gene D. Sullivan, December, 24 Water Allocation in the East Clyde Kiker, June, 27 BANKING Atlanta Study Finds Check Growth Has Slowed June, 22 The Future of the Financial Services Industry: Conference Excerpts September, 32 49 FEDERAL RESERVE BANK OF ATLANTA BANKING (continued) The Future of the Financial Services Industry: Conference Excerpts October, 30 International Deposits in Miami— A Profile Donald E. Baer, May, 28 Is the All-Savers Certificate a Success? Evidence from the Southeast Donald L. Koch, B.Frank King, and Delores W. Steinhauser, December, 4 New Competition for Consumer Financial Business B. Frank King, April, 24 A Primer on Financial Institutions in the Sixth District States B. Frank King, February, 4 Sources for Country Risk Analysis Donald E. Baer, June, 37 Survey: Georgia S&Ls Take Lead in New Services William N. Cox, June, 13 DEREGULATION Bank-Thrift Competition in the New Environment: The Southeastern Evidence So Far William N.Cox, August, 11 Deregulation, Innovation, and New Competition in Financial Services Markets: An Overview B. Frank King, August, 8 Deregulation: The Attack on Geographic Barriers John M. Godfrey, February, 17 The Effects of the Deregulation Act and Potential Geographic Deregulation on the Safety and Performance of Depository Institutions Joseph F. Sinkey,Jr., August, 33 The Financing of Small Business Peter Eisemann and Victor L. Andrews, August, 1 6 Nonlocal Competition for Banking Services Arnold A. Heggestad, August, 21 Performance Implications of New Competition Duane B. Graddy, August, 25 Savings and Loans in the New Financial Environment James A. Verbrugge, August, 28 ECONOMIC HISTORY The Other Adam Smith James T. Laney, October, 26 FINANCIAL STRUCTURE Bank-Thrift Competition in the New Environment: The Southeastern Evidence So Far William N. Cox, August, 11 Behind Miami's Surge in International Banking Donald E. Baer, April, 9 Deregulation, Innovation, and New Competition in Financial Services Markets: An Overview B. Frank King, August, 8 Deregulation: The Attack on Geographic Barriers John M. Godfrey, February, 17 The Effects of the Deregulation Act and Potential Geographic Deregulation on the Safety and Performance of Depository Institutions Joseph F. Sinkey, Jr., August, 33 The Financing of Small Business Peter Eisemann and Victor L. Andrews, August, 16 The Future of the Financial Services Industry: Conference Excerpts September, 32 The Future of the Financial Services Industry: Conference Excerpts October, 30 International Deposits in Miami—A Profile Donald E. Baer, May, 28 Is the All-Savers Certificate a Success? Evidence from the Southeast Donald L. Koch, B. Frank King and Delores W. Steinhauser, December, 4 Nonlocal Competition for Banking Services Arnold A. Heggestad, August, 21 NOW Competition: S&Ls Start Fast, Banks More Conservative William N. Cox, April, 27 NOW Competition in Southeastern Cities William N. Cox and Pamela Van Pelt Whigham, December, 14 NOW Pricing: Perspectives and Objectives William N. Cox, February, 22 Performance Implications of New Competition Duane B. Graddy, August, 25 A Primer on Financial Institutions in the Sixth District States B. Frank King, February, 4 Savings and Loans in the New Financial Environment James A. Verbrugge, August, 28 Survey: Georgia S&Ls Take Lead in New Services William N. Cox, June, 13 50 DECEMBER 1981, E C O N O M I C R E V I E W FISCAL POLICY Supply-Side Effects of Fiscal Policy: Some Historical Perspectives (Working Paper Review) Robert Keleher and William Orzechowski, February, 26 Supply-Side Tax Policy: Reviewing the Evidence Robert Keleher, April, 16 HOUSING Will Second-Mortgage Financing be the REITs of Today? Donald L. Koch and Delores W. Steinhauser, October, 1 2 INFLATION The Fed vs. Inflation Otto Eckstein, April, 6 Inflation Experiences in Seven Major Countries: An Overview Charles J. Haulk, April, 31 INTERNATIONAL E C O N O M I C S Assessing Economic Country Risk William J.Kahley, June, 32 Behind Miami's Surge in International Banking Donald E. Baer, April, 9 Inflation Experiences in Seven Major Countries: An Overview Charles J. Haulk, April, 31 Sources for Country Risk Analysis Donald E. Baer, June, 37 MONETARY POLICY 1981 Monetary Policy Paul A. Volcker, September, 22 The 1981 Monetary Targets Paul A. Volcker, April, 22 NATIONAL E C O N O M I C S Faulty Diagnosis: The CNP Revisions Charles J. Haulk,May, 17 How Big is the Federal Government? James T. Bennett, December, 43 The Reagan Program for Economic Recovery: Economic Rationale (A Primer on Supply-Side Economics) James R. Barth, September, 4 The Reagan Program for Economic Recovery: An Historical Perspective James R. Barth, October, 4 NATIONAL E C O N O M I C S ( c o n t i n u e d ) Supply-Side Effects of Fiscal Policy: Some Historical Perspectives (Working Paper Review) Robert Keleher and William Orzechowski, February, 26 Supply-Side Tax Policy: Reviewing the Evidence Robert Keleher, April, 16 The U.S. Economic Outlook: No Instant Miracles Robert F. Lanzillotti, May, 25 NOW ACCOUNTS Now Competition: S&Ls Start Fast, Banks More Conservative William N. Cox, April, 27 NOW Competition in Southeastern Cities William N. Cox and Pamela Van Pelt Whigham, December, 14 NOW Pricing: Perspectives and Objectives William N. Cox, February, 22 REGIONAL E C O N O M I C S Economic Forecasting in Southeastern States Gary W. Tapp, December, 29 The Effects of Proposed Federal Spending Cuts on the Southeast Charlie Carter, June, 4 The Impact of Drought Gene D. Sullivan, September, 26 The Impact of Florida's Freeze on Vegetable Prices Gene D. Sullivan, June, 18 The Impact of State Incentives on Foreign Investors' Site Selections Jeffrey S. Arpan, December, 36 The Income Elasticity of the Georgia Income Tax Charlie Carter, September, 15 Regional Repercussions of a Chrysler Failure Charlie Carter, May, 23 Renewable Energy Sources from the Farm Gene D. Sullivan, April, 4 Southeastern Agriculture in the 80s Gene D. Sullivan, May, 12 The Southeast in the 1980s William J. Kahley, May, 4 Southeastern Farmers Face Bleak Prospects Gene D. Sullivan, February, 10 Water Allocation in the East Clyde Kiker, June, 27 51 FEDERAL RESERVE BANK OF ATLANTA »0« 1 Bulk Rate U.S. Postage PAID Atlanta, Ga. Permit 292