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Trends in the Use of Payment Instruments in the United States Geoffrey R. Gerdes and Jack K. Walton II, of the Board's Division of Reserve Bank Operations and Payment Systems, and May X. Liu and Darrel W. Parke, of the Board's Division of Research and Statistics, prepared this article. Namirembe Mukasa, of the Board's Division of Reserve Bank Operations and Payment Systems, provided research assistance. An efficient payments system is important for the smooth functioning of the large and complex U.S. economy. As the availability and use of technology evolves, the payments system adapts to the changing needs and expectations of individuals, businesses, and governments. In the United States, many payments traditionally made with paper instruments—checks and cash—are now being made electronically—with debit or credit cards or via the automated clearinghouse (ACH). Until recently, paper checks accounted for the majority of noncash payments. A Board of Governors study published in 2002 concluded that the number of checks paid annually in the United States likely began to decline during the mid-1990s (chart 1). A more recent study conducted by the Federal Reserve System, which estimated and compared the number of checks paid in 2000 with the number paid in 2003, showed that the decline in the number of checks paid may have accelerated over the past few years. The average annual rate of decline in the number of checks paid is estimated to have been 3.3 percent between 1995 and 2000 and 4.3 percent  Chart 1. Annual number of noncash payments in the United States, selected years  [bar graph showing Electronic payments and checks. In 1979 checks is about 35 billion of payments, electronic payments is about 5 billion. In 1995 Checks is about 50 billion of payments, electronic payments about 15 billion. In 2000 checks is about 42 billion of payments, electronic payments about 29 billion. In 2003 checks is about 38 billion of payments, electronic payments about 43 billion.]  SOURCE. Federal Reserve Board.  between 2000 and 2003. Although growth rates for electronic payments have been high for decades, the cumulative effect of this growth has only recently become large enough to substantially affect the number of checks paid. By 2003, led by rapid growth in debit card payments, the number of electronic payments exceeded the number of check payments for the first time in U.S. history (chart 1, table 1). The large number of electronic payments generally indicates growing efficiency of the payments system. The processing of paper payments typically requires extensive physical handling. Automation has created opportunities for depository institutions and other payments processors not only to introduce new payment instruments, but also to reduce their costs in [footnote] 1. Because some checks are converted to electronic payments at processing paper and electronic payments. Future the point of sale or during the process of collection, the number of innovations are expected to continue to help decrease checks paid differs from the number of checks written. This point is discussed in the box ''Changes in the Processing of Payments.'' costs and add value and functionality. (See box Unless otherwise noted, statements in this article about the number of ''Changes in the Processing of Payments.'') checks refer to the number of paid checks.[endoffootnote.] [footnote] 2. Geoffrey R. Gerdes and Jack K. Walton II (2002), ''The Use This article analyzes the results of two payments of Checks and Other Noncash Payment Instruments in the United surveys conducted in 2004, one of depository instiStates,'' Federal Reserve Bulletin, vol. 88 (August), pp. 360-74, 2nd.pdf.[endoffootnote.] tutions (the 2004 depository institution survey) and [footnote] 3. Federal Reserve System (2004), The 2004 Federal Reserve Payments Study: Analysis of Noncash Payments Trends in the United States: 2000-2003, Federal Reserve System Study, December 15, [footnote] 4. Rates of change (for example, rates of decline and rates of growth) reported in this article are computed as the average comSome figures reported in this article are revised from that earlier study pounded annual rate of change, that is, the constant rate that if because of improvements to the statistical imputation procedure, compounded annually would yield the observed change for the indidescribed in the appendix.[endoffootnote.] cated time period.[endoffootnote.]  1.  one of electronic payments networks, processors, and credit card issuers (the 2004 electronic payment survey). It also draws on the results of two similar Average, surveys conducted in 2001. The primary purposes of in dollars the 2004 surveys were to estimate the number and value of payments made by means of several types of noncash payment instruments in 2003 and to estimate 951 651 rates of change from 2000 to 2003. (See the appendix 42 40 for details on the surveys.) 46 82 The 2004 depository institution survey allowed 87 for comparisons among different types and sizes. It 62 2,984 also made possible an analysis of regional differences 12,585 1,005 in the number and value of check, ACH, and debit 26 card payments and automated teller machine (ATM) withdrawals. The 2004 electronic payment survey 824 provided additional information on the use of ACH, 1,065 cash back from debit cards, and different types of 609 credit cards. 40 42 The surveys have focused on the amount of and 38 89 trends in noncash payments. Indirect evidence dis93 76 cussed later, however, suggests that the use of cash 2,766 has declined as a share of all payments in recent 11,424 1,108 decades. Whether the total number of cash trans26 actions has begun to decline, as has the number of checks, is less clear. 815  Number and value of noncash payments, 2000 and 2003 Value  Value  N Number umber Type of payment  Billions of payments  Value  Percent of total  Trillions of  Percent of dollars total  2000 Check [ s e e f o o t n o t e ] 1 41.9 57.8 39.8 2000 Electronic 30.5 42.2 19.9 2000ElectronicDebit card 8.3 11.4 .3 2000ElectronicDebitcardSignature 5.3 7.3 .2 2000ElectronicDebitcardPIN 3.0 4.2 .1 2000ElectronicCredit card 15.6 21.6 1.3 [seefootnote]2 2000 Electronic Credit card 12.3 General-purpose 17.0 1.1 2000 Electronic Credit card 3.3 Private-label 4.6[see footnote]2.2 2000 Electronic ACH[see footnote]4 6.1 8.4 18.2 2000ElectronicACH[seefootnote]4CCD 1.0 1.4 13.1 2000ElectronicACH[seefootnote]4Retail 5.1 7.0 5.1 2000 Electronic EBT[see footnote]5 .5 .7 .0 2000 Total noncash payments  72.4  100.0  59.7  66.7 33.3 .6 .4 .2 2.1 1.8 .3 30.6 22.0 8.5 .0  100.0  2003 Check [ s e e f o o t n o t e ] 1 36.6 45.3 39.0 2003 Electronic 44.3 54.7 27.0 2003ElectronicDebit card 15.6 19.3 .6 2003ElectronicDebitcardSignature 10.3 12.7 .4 2003ElectronicDebitcardPIN 5.3 6.6 .2 2003ElectronicCredit card 19.0 23.4 1.7 [seefootnote]2 2003 Electronic Credit card 15.2 General-purpose 18.8 1.4 2003 Electronic Credit card 3.8 Private-label 4.6[see footnote]3.3 2003 Electronic ACH[see footnote]4 8.9 11.0 24.6 2003ElectronicACH[seefootnote]4CCD 1.4 1.8 16.4 [seefootnote]4 2003ElectronicACH Retail 7.5 9.2 8.3 [see footnote]5 2003 Electronic EBT .8 1.0 .0 2003 Total noncash payments  80.9  Type of Payment  100.0  66.0  100.0  N Number umber  Change over period (billions of payments)  Value Value  Change Annual over rate of period change (trillions of (percent) [see footnote]6 dollars)  Change, 2000-2003 Check -5.2 -4.3 Change,2000-2003Electronic 13.8 13.2 Change,2000-2003ElectronicDebit 7.3card 23.5 Change,2000-2003ElectronicDebit5.0 cardSignature 24.9 Change,2000-2003ElectronicDebit2.3 cardPIN 21.0 Change,2000-2003ElectronicCredit 3.4 card 6.7 Change,2000-2003ElectronicCredit cardGeneral-purpose 7.3 2.9 Change,2000-2003ElectronicCredit.5 cardPrivate-label 4.4 Change,2000-2003ElectronicACH2.8 13.4 Change,2000-2003ElectronicACHCCD .4 11.1 Change,2000-2003ElectronicACH2.4 Retail 13.8 Change,2000-2003ElectronicEBT .3 15.4 Change,2000-2003Total noncash payments 8.6  59.1 40.9 1.0 .6 .3 2.6 2.1 .4 37.3 24.8 12.6 .0  3.8  TRENDS IN PAYMENT INSTRUMENT  Annual rate of change (percent) [see footnote]6  USE  Checks  -.8 7.1 0.3 .2 .1 .4 .3 .1 6.4 3.2 3.2 .0  -.7 10.7 21.9 26.7 13.9 9.9 9.5 11.5 10.5 7.5 17.6 16.2  6.3  3.4  The total number of checks paid annually in the United States is estimated to have declined from 41.9 billion in 2000 to 36.6 billion in 2003 (table 1). As noted earlier, the annual rate of decline was 4.3 percent, compared with an estimated 3.3 percent between 1995 and 2000. Although the use of checks declined, checks remained the most commonly used type of noncash payment in 2003. Checks also continued to be the largest noncash payment type by value. In fact, the value of checks exceeded the combined value of all the other noncash  NOTE. T h e number and value of checks and ACH payments for 2000 are revised downward from figures reported in Gerdes and Walton, ' ' T h e Use of Checks,'' because of revisions to data and improvements in estimation. T h e number and value of checks and ACH payments for 2003 are revised from [footnote] 5. Although the 2004 depository institution survey collected data figures reported in Federal Reserve System, 2004 Federal Reserve Payments on the number and value of ATM withdrawals, the surveys generally Study because of improvements to the imputation procedure. See the appendix did not collect data that could be used to estimate the number or value for details. of cash payments.[endoffootnote.] [footnote] 1. Includes checks paid by depository institutions, U.S. Treasury checks, and [footnote] 6. The number and value of checks for 2000 are revised downward postal money orders.[endoffootnote.] [footnote] 2. Includes the four widely accepted general-purpose credit and charge cards. from figures reported in Gerdes and Walton, ''The Use of Checks,'' [end of footnote.] based on revisions to earlier data by several large commercial banks.[endoffootnote.] [footnote] 3. Includes private-label credit cards issued by oil companies and many large [footnote] 7. T h e e s t i m a t e d n u m b e r of c h e c k s p a i d i n 1 9 9 5 w a s 4 9 . 5 b i l l i o n .[endoffootnote.] retailers and specialized charge cards for travel and entertainment.[endoffootnote.] [footnote] 8. The value of payments made via large-value funds transfer [footnote] 4. CCDs are cash concentration or disbursement transactions, about half of systems was $763 trillion in 2003, much greater than the value of which are internal corporate transfers. Retail includes all other payments.[endoffootnote.] payments made by other types of instruments, but those payments are [footnote] 5. Electronic benefit transfer.[endoffootnote.] outside the scope of this article. The overall number of these transfers, [footnote] 6. Compound annual growth rate.[endoffootnote.]  however, was 188 million in 2003, negligible compared with the number of payments described in this study. The check collection system is no longer used extensively for large-value funds transfers because most such transfers are uniquely suited to the large-value systems. [end of footnote.]  [beginningofbox]Changes in the Processing of Payments Automation of ACH, Credit Card, and Check Processing Twenty-five years ago, all the major payment instruments in use today—cash, checks, credit cards, automated clearinghouse (ACH), and debit cards—were being used in commercial activity for some segments of the U.S. economy. Improvements in the processing of payments by cash, check, credit cards, and A C H over the past several decades have decreased the amount of physical processing and increased the amount of electronic processing. Because processing of payments has become more electronic generally, the rise in the share of noncash payments made with so-called electronic instruments understates the extent of the transition of the payments industry from physical to electronic processing. Debit card networks were originally based on automated electronic systems that linked ATMs together, and the processing of these payments did not include a significant physical processing component. However, the processing of the other two types of electronic payments—ACH and credit cards—which once included considerable physical activity, now is wholly electronic. The ACH system has evolved from the physical exchange of computer tapes within and among regional associations of depository institutions to an integrated electronic network for clearing and settlement that connects depository institutions around the country. Similarly, credit card processing has evolved from a largely physical activity—one in which accumulated paper transaction slips were deposited into a merchant's bank and then cleared and settled in a process similar to the process for paper checks—to an activity in which the availability of funds is almost always verified in real time over an electronic network and clearing and settlement occur electronically. Changes that increase automated, electronic processing within the check collection system have come relatively slowly. Over the past twenty-five years, technology has evolved to allow the exchange by mutual agreement of electronic information on checks between depository insti-  payment types. The value of checks was an estimated $39.0 trillion in 2003, compared with $39.8 trillion in 2000, indicating an annual decline of 0.8 percent. In constant (2003) dollars the value of checks declined almost 3 percent annually. The average value of checks increased slightly, reaching $1,065 in 2003, up from $951 in 2000  tutions. Despite this capability, the collection of most checks, in the absence of an agreement between depository institutions, has involved extensive physical processing, transportation, and delivery because state laws require that the original check be presented to the paying depository institution for settlement. However, the Check Clearing for the 21st Century Act, Public Law 108-100 (Check 21), is expected to facilitate use of electronics in the processing of checks, because the original paper check is no longer necessary for settlement. Instead, when a paper check is required, a depository institution may satisfy that requirement by providing a special paper copy of the original check known as a substitute check. A substitute check that meets specified standards is the legal equivalent of the original. Thus, it is possible for depository institutions to truncate checks and collect them electronically, but also to present paper checks when necessary. As this article is written, seven months after the effective date of Check 21, the use of new electronic processing methods provided for in the act is growing only slowly. However, depository institutions are expected to increase their use of electronic check-clearing methods over time to further automate the check collection and settlement process by exchanging check images. These and other efforts will make check processing increasingly similar to the processing of other noncash payments.  Conversion of Checks Recently, technological innovations have occurred that allow the use of information from a check to initiate an electronic payment. This process, known as check conversion, was typically initiated by merchants at point-of-sale registers and by back-office transaction processors for large billers, into payments that are processed by A C H or the debit card networks and has contributed significantly to the recent acceleration in the growth of electronic payments. The conversion of checks began to take hold in the late 1990s, eventually resulting in changes to A C H network rules and in payments regulations that govern the practice.[endofbox.]  ($1,009 in 2003 dollars). This small change in average value suggests that the use of smaller-value checks (for amounts less than $1,000) declined more rapidly than the use of larger-value checks. Indeed, calculations show that at least 87 percent of the decline in checks paid, by number, resulted from a decline in the number of checks for less than $1,000. The greater decline of smaller-value checks  [footnote] 9. Over the period 2000 to 2003, inflation, as measured broadly by [footnote] 10. According to a 2001 survey of checks collected, about the implicit price deflator for gross domestic product, averaged 2 per87 percent of checks in 2000 were for amounts less than $1,000. See cent per year.[endoffootnote.] Gerdes and Walton, ''The Use of Checks.''[endoffootnote.]  suggests that checks involving an individual and a business—checks written by individuals to pay businesses and by businesses to pay individuals—were being replaced by other types of payments in substantially greater numbers than checks written by businesses to pay businesses.  Automated  Clearinghouse  (ACH)  Payments  The number of ACH payments increased from 6.1 billion in 2000 to 8.9 billion in 2003, for an annual growth rate of 13.4 percent. The value of ACH payments grew at a slower pace, increasing from $18.2 trillion to $24.6 trillion, an annual growth rate of 10.5 percent. The average value of an ACH payment declined from $2,984 in 2000 ($3,110 in 2003 dollars) to $2,766 in 2003. The decline in the average value of ACH payments was due almost entirely to a decline in the value of ACH transactions called cash concentration or disbursement (CCD) transactions. Most CCD transactions are large-value financial transfers conducted by large corporations, and include nonpayment activity, such as internal corporate account balance transfers. They may be made by check, but over time they have increasingly been made over large-value funds transfer systems. The decline in average value may reflect movement of large-value ACH CCD transactions to large-value funds transfer systems or a trend toward the concentration of corporate accounts at fewer depository institutions. The number of retail ACH payments—ACH payments not classified as CCD payments—increased from 5.1 billion in 2000 to 7.5 billion in 2003, for an annual rate of growth of 13.8 percent. In both years, retail ACH payments constituted more than 80 per-  cent of ACH payments. Such payments are comparable to certain types of recurring payments typically made by check, such as payroll and remittance payments by businesses and remittance payments by consumers (for example mortgage payments, bill payments to credit card accounts, and utility payments). The average value of retail ACH payments was $1,108 in 2003, up from $1,005 in 2000 ($1,064 in 2003 dollars). The average value increased at a slower rate than that of checks, so that by 2003 the average values of retail ACH payments and checks were roughly the same. Recently, new uses of the ACH to convert checks to ACH payments and to make nonrecurring payments over the telephone or Internet (typically made by credit or debit card) have contributed significantly to the growth of ACH payments. The number of ACH payments identified as check conversion transactions was more than 300 million in 2003 and rose to at least 1.1 billion in 2004. The number of ACH payments for Internet or telephone purchases accounted for at least 600 million payments in 2003 and at least 900 million in 2004.  Debit Card  Payments  Among electronic payments, debit card transactions grew the most in terms of number, from 8.3 billion in 2000 to 15.6 billion in 2003. The growth in debit card payments accounted for more than half the growth in electronic payments over the period. Debit cards are used primarily by consumers for everyday purchases at retail stores. Credit cards and checks are also used for this purpose, but, with an average value in 2003 of $40, debit card payments were used for small-value payments more commonly than other payment instruments except electronic benefits transfers and, perhaps, cash. [footnote] 11. Payments by individuals to other individuals are generallyMost debit cards can be used not only to make made by check or cash. It is possible for individuals to pay other payments, but also to access an ATM network by individuals electronically, but the number of such payments was too entering a personal identification number (PIN). small in 2003 to have contributed significantly to the decline in the number of small-value checks.[endoffootnote.] Depending on the arrangements made by the deposi[footnote] 12. The number and value of ACH payments for 2000 are revised tory institution that issues the card, payments by from earlier figures reported in Gerdes and Walton, ''The Use of debit card may be routed through one or more netChecks.''[endoffootnote.] [footnote] 13. CCD payments are traditionally used by large corporations to works. Payments authorized with a PIN may flow move funds between their own accounts for internal business and financial purposes and, as such, are of limited interest to this article. However, results of a survey of members of the Association of Financial Professionals (AFP), conducted by Dove Consulting and the [footnote] 15. National Automated Clearing House Association. Figures AFP in 2003, suggested that around half of CCDs are payments include check conversion transactions at the point of sale, in the back between two counterparties and not just internal transfers. The portion offices of billers, and at ''lockbox'' services provided by depository of the value of CCDs that represent payments between counterparties institutions and others. The figures understate total transactions is unknown.[endoffootnote.] because they include only those transactions processed on an ACH network and exclude transactions processed internally by only one [footnote] 14. This portion of ACH transactions is considered separately depository institution (on-us). An unknown—but likely small— because of the mixing of nonpayment transactions with payments in number of checks were converted to debit card network payments.[endoffootnote.] ACH CCD transactions.[endoffootnote.]  through regional or national debit card networks. Some debit cards may also be used to make signature-based payments (including remote payments that the cardholder authorizes over the Internet or telephone). Almost all such payments are routed through networks operated by VISA or MasterCard. Such cards, therefore, may be used in the same way as credit cards. They have different financial characteristics, however, as they are linked to a transaction (deposit) account rather than a credit account. The number of signature-based debit card payments almost doubled between 2000 and 2003, from 5.3 billion to 10.3 billion for an annual growth rate of almost 25 percent. This growth accounted for most of the increase in debit card payments. The average value of a signature-based debit payment increased from $40 in 2000 to $42 in 2003. The number of debit card payments authorized by a PIN increased from 3.0 billion in 2000 to 5.3 billion in 2003, an annual growth rate of 21 percent. Although PIN-based debit card payments had a higher growth rate than both ACH and credit card payments, they started from a smaller base. PINbased payments grew more slowly than signaturebased payments, accounting for less than one-third of the growth in debit card payments from 2000 to 2003. The average value of PIN-based debit card payments declined from $46 in 2000 ($49 in 2003 dollars) to $38 in 2003. When a debit card is used to make a purchase and the card user authorizes payment with a PIN, some merchants may, on request, return part of the payment in cash, sometimes called cash back. In such cases, the value of the payment includes both the value of the purchase and the value of the cash returned. Most debit card networks could not report the value of cash back, nor could they report the number of PIN debit payments that involved the return of cash. The data provided by a few networks suggest that in 2003, about 11 percent of PIN-based debit payments involved the return of some cash to the card user and that about 7 percent of the total value of PIN-based debit payments was returned to card users as cash (a corresponding 93 percent of PIN debit value was used for purchases). For PINbased debit payments that included some cash back, the value of the cash returned averaged about $30. From 2000 to 2003, the increase in the average value of signature-based debit card payments was small ($2), indicating little change. The decline in the  average value of PIN-based debit card payments was larger ($8), however, indicating an increasing proportion of small-value payments. How much of the decline for PIN-based payments should be attributed to declines in the cash-back or purchase portion of the payments is unclear. Changes in fees charged to card users and merchants may help to explain the greater use and faster rise in signature-based compared with PIN-based debit card payments. Most depository institutions do not charge account holders for using a debit card— among those that do, fees are much more common for PIN-based purchases than for signature-based purchases. The trend in fees charged to card users is unknown. Fees charged to merchants for accepting signature-based payments declined between 2000 and 2003, while fees for accepting PIN-based payments increased.  Credit Card  Payments  The number of credit card payments increased from 15.6 billion in 2000 to 19.0 billion in 2003, an annual growth rate of 6.7 percent. Among electronic payment instruments, payments by credit card grew at the slowest rate over the period. Credit card payments have shown high rates of growth in the past, and credit cards have been an important payment type for decades. Growth rates are no longer influenced by the high rates of adoption that occurred in earlier decades, however, and the overall slowdown in growth is likely a result, in part, of the maturity of the credit card as a payment instrument. The tapering off of the growth in credit card payments also corresponds to the rapid rise in the use of signature-based debit cards. Just as debit card payments may have replaced many check and cash payments, they may have replaced some credit card payments as well. Of the 19.0 billion credit card transactions in 2003, 3.8 billion were private-label card transactions, up from 3.3 billion in 2000, for an annual growth rate of 4.4 percent. Private-label credit cards, which were in common use before general-purpose credit cards were introduced, are the most mature type of credit card. During the 1990s, the use of private-label credit cards declined, in part because card users increasingly began to use general-purpose credit cards and debit cards in their place. The recent resurgence of  [footnote] 16. Because cash back was reported as a separate aggregate, it was[footnote] 17. Board of Governors of the Federal Reserve System (2004), not possible from the survey data to compare the average value of Report to the Congress on the Disclosure of Point-of-Sale PIN-based debit card payments that included cash back with the Debit Fees (Washington: Board of Governors, November), average value of ones that did not.[endoffootnote.][endoffootnote.]  private-label credit card payments may have been influenced by programs that give discounts or rewards for purchases made with the cards or by relatively liberal credit provided by merchants to otherwise-credit-constrained consumers. Electronic Benefits  Transfers  The average (nominal) value of an electronic benefits transfer (EBT) was $26 in both 2000 and 2003, implying that the average value in 2003 dollars declined. EBTs are used to disburse federal and state government benefits, such as food stamp benefits. The number of EBTs rose from 0.5 billion in 2000 to 0.8 billion in 2003, for an annual growth rate of about 15 percent. Much of the growth was due to replacement of paper food stamps. As most states have completed conversion to EBTs, future growth is not likely to be influenced by high rates of adoption and, barring substantial growth in the food stamp program, is likely to taper off in the future.  The number of electronic payments per capita is higher in the United States than in Japan and the EMU, but lower than in the United Kingdom and Canada. Detailed data (not shown) indicate that the number of electronic payments per capita in some countries of the EMU, such as Finland, Germany, and the Netherlands, is higher than in the United States. Similarly, the use of electronic payments may be higher in some regions of the United States than in others, as is discussed later. Between 2000 and 2003, the number of electronic payments per capita in all these economies increased, whereas the number of checks per capita declined. Without reliable measures of cash use, however, a comprehensive comparison across countries of the extent to which electronic payments have replaced all forms of paper-based payments (mostly cash and checks) is not possible.  PAYMENTS AND WITHDRAWALS FROM ACCOUNTS  Payments in Other  AT DEPOSITORY  INSTITUTIONS  Countries  The 2004 depository institution survey provided enough information to estimate the number and value A look at noncash payments in other countries proof check payments (including money orders, cashvides some perspective on the use of checks and iers, certified, official, travelers, rebate, and credit electronic payments in the United States. Compared card checks), ACH payments (credit and debit transwith other industrialized economies—Japan, the actions), debit card payments (signature and PIN), European Monetary Union (EMU), the United Kingand ATM withdrawals by type and size of depository dom, and Canada—the number of checks per capita institution (table 2). In the following discussion, is considerably higher in the United States (chart 2). all these means of debiting accounts are referred to collectively as account debits. The survey collected chart 2. N u m b e r of n o n c a s h p a y m e n t s p e r capita, information on account debits for March and April selected e c o n o m i e s , 2003 2004, and the estimates are expressed as annual rates by multiplying the two-month totals by six. The data reported here should be viewed as annualized figures for March and April 2004, and they may not well represent either calendar year 2003 or calendar year [bar graph showing number per capita of checks and 2004, particularly in the case of ACH and debit card electronic payments. Japan has about 30 electronic payments which had high rates of growth in both payments and about 1 check. European Monetary Union (Includes Austria, Belgium, Finland, France, Germany, Greece, Ireland, Italy, Luxemburg,years. The Netherlands, Portugal, and Spain.) has about 120 electronic payments Depository institution survey estimates of the total and 32 checks. United Kingdom has about 160 electronic value of ACH payments reported in this section, payments and 40 checks. Canada has about 175 electronic payments and 40 checks. United states has about 150 however, are much greater than estimates reported for electronic payments and 130 checks.]  SOURCES. European Central Bank, Payment and Securities Settlement Systems in the European Union, June 2004; Bank for International Settlement, Statistics on Payment Systems in the Group of Ten Countries; and Federal Reserve Board.  [footnote] 18. ACH payments may be credit transfers originated by a payer or debit transfers originated by a payee. ACH payments that result in account debits at a responding depository institution are credits originated on instructions of an account holder (payee) or debits received, possibly from another depository institution, on instructions of a payee.[endoffootnote.] [footnote] 19. The average number of checks processed by the Federal Reserve Banks in March and April is roughly equal to the average processed in other months of the year, so the sum of March and April is representative of other months for these checks.[endoffootnote.]  Table 2.  A n n u a l n u m b e r and v a l u e of d e b i t s to t r a n s a c t i o n a c c o u n t s held at d e p o s i t o r y i n s t i t u t i o n s  Type and size of institution (transaction deposits in millions of dollars)  Checks paid Number (billions) Number of institutions  Commercial banks  Checks paid ACH payments ACH payments Checks paid Average Number A C H payments (billions) Value (trillions of dollars)  value (dollars)  Value (trillions of dollars)  Average value (dollars)  Debit card payments Debit card payments Debit card payments  Number (billions)  Value (trillions of dollars)  Average value (dollars)  6,580  29.06  36.253  1,248  9.07  84.175  9,277  12.42  .497  40  Commercialbanks600 and above 99 173 Commercialbanks2 0 0 - 5 9 9 Commercialbanks100-199 389 Commercialbanks0 - 9 9 5,919  19.89 2.19 1.83 5.15  29.070 2.119 1.491 3.573  1,461 967 816 694  7.54 .49 .38 .66  79.988 2.545 .590 1.053  10,607 5,149 1,561 1,594  10.33 .79 .49 .82  .418 .030 .019 .030  40 39 38 37  1,129  2.95  1.510  511  .51  2.161  4,230  2.14  .087  40  Savingsinstitutions600 and above 15 Savingsinstitutions2 0 0 - 5 9 9 39 52 Savingsinstitutions100-199 1,023 Savingsinstitutions0 - 9 9  1.37 .46 .25 .87  .627 .253 .140 .489  457 545 570 562  .21 .07 .04 .19  1.774 .129 .060 .199  8,591 1,741 1,492 1,044  1.49 .21 .10 .33  .061 .009 .004 .013  41 41 41 39  Credit unions  6,411  4.17  .915  219  .88  .316  358  3.45  .131  38  Creditunions600 and above Creditunions2 0 0 - 5 9 9 Creditunions100-199 Creditunions0 - 9 9  3 31 80 6,297  .19 .43 .54 3.01  .050 .108 .136 .621  256 253 252 207  .05 .10 .13 .60  .021 .040 .049 .206  416 383 375 346  .25 .49 .60 2.11  .010 .019 .023 .079  38 39 39 38  14,120  36.18  38.677  1,069  10.47  86.653  8,279  18.01  .715  40  Savings institutions  All institutions Type and size of institution (transaction deposits in millions of dollars)  ATM withdrawals ATM withdrawals Total debits Totaltodebits transaction to transaction accountsaccounts Memo ATM withdrawals Totaldebitstotransactionaccounts Transaction Number of institutions  Number (billions)  Value (trillions of dollars)  Average value (dollars)  6,580  3.87  .345  Commercialbanks600 and above 99 173 Commercialbanks2 0 0 - 5 9 9 Commercialbanks100-199 389 Commercialbanks0 - 9 9 5,919  3.11 .25 .17 .34  .291 .019 .013 .023  1,129  .71  Savingsinstitutions600 and above 15 Savingsinstitutions2 0 0 - 5 9 9 39 52 Savingsinstitutions100-199 1,023 Savingsinstitutions0 - 9 9  .40 .10 .06 .15  Commercial banks  Savings institutions  Memo  deposits (billions of dollars)  Total deposits (billions of dollars)  2,228  680  4,866  8,031  2,686 1,268 736 671  409 55 53 163  3,155 409 289 1,013  5,445 709 403 1,474  3.815  604  135  800  1,332  2.499 .397 .208 .711  719 469 467 460  89 13 7 25  325 122 63 289  608 207 101 416  Number (billions)  Value (trillions of dollars)  Average value (dollars)  89  54.43  121.270  93 75 73 69  40.87 3.72 2.87 6.97  109.766 4.713 2.112 4.679  .058  81  6.32  .038 .007 .004 .010  93 73 63 63  3.48 .85 .45 1.55  Memo Total assets (billions of dollars)  Credit unions  6,411  1.29  .094  72  9.79  1.455  149  69  540  623  Creditunions600 and above Creditunions2 0 0 - 5 9 9 Creditunions100-199 Creditunions0 - 9 9  3 31 80 6,297  .10 .17 .20 .83  .008 .013 .015 .057  79 79 78 69  .60 1.19 1.47 6.54  .089 .180 .224 .963  148 152 152 147  5 9 11 45  32 65 80 363  38 75 93 417  14,120  5.87  .497  85  70.53  126.541  1,794  885  6,205  9,985  All institutions  NOTE. Annualized figures based on survey data for March 2004 and April 2004. Excludes institutions that had no transaction deposits. The number and value of debits are revised from figures reported in Federal Reserve System,  2004 Federal Reserve Payments Study because of improvements to the imputation procedure. See the appendix for details.  2003 and much greater than growth rates would imply (table 1). Some of the large commercial banks that responded to the 2004 depository institution survey had difficulty distinguishing ACH payments from other (large-value) funds transfers called offset entries. The 2003 estimates of ACH value are  believed to be more accurate because they are based, in large part, on aggregate values reported by the ACH operators. Shares of Account Debits among Depository Institutions, by Type and Size of Institution  Depository institutions are grouped into three types [footnote] 20. The difficulty in separating offset entries from ACH payments is due to use of a shared platform to process both, a common practice (commercial banks, savings institutions, and credit of some of the largest depository institutions. The difficulty, which unions) and, within each type, into four categories involves a small number of very large-value entries, did not substanaccording to size: largest, large, medium, and small. tially affect the estimates of the number of ACH payments. See the appendix for more information.[endoffootnote.] The largest depository institutions (those with trans-  action deposits of $600 million or above) accounted for the majority of account debits (table 3). This group of 117 institutions (99 commercial banks, 15 savings institutions, and 3 credit unions) represents fewer than 1 percent of the 14,120 depository institutions that had transaction deposits during the survey period, yet these institutions held 57 percent of transaction deposits, and accounted for 64 percent of account debits by number and 89 percent by value. Moreover, the largest depository institutions accounted for most of the debits of each type (check, ACH, debit card, or ATM withdrawal), by both number and value. The debit type for which this group had the largest share by number was ACH payments (a little less than 75 percent), and the smallest share by number was checks (almost 60 percent). The average value of account debits varied with depository institution size. For ACH payments in particular, a substantial amount of value was concentrated at the largest commercial banks (table 2). The greater average value of ACH payments at the largest banks was due, in part, to the exceptionally high values reported by some banks, as noted above, but the average value of checks was also considerably greater at these largest banks. Generally, the increase in the average value of ACH payments and checks with increasing size of commercial banks appears to have been driven by the greater presence of large  Table 3.  business customers at larger commercial banks. Larger commercial banks are more likely to have large corporations as customers, and these customers are more likely to make larger-value payments by check or ACH. Savings institutions appear to have lower proportions of business customers than commercial banks, shown by the lower average values of their check and ACH payments. The average value of ACH payments was substantially greater at the largest savings institutions, compared with the large savings institutions while the average value of checks was smaller. Credit unions, which generally do not handle transaction accounts for businesses, had the lowest average values of check and ACH payments. They did not show material increases in the average value of check payments with increasing institution size. However, they did show increases in the average value of ACH payments with increasing size.  [footnote] 21. We estimate that in 2000 the average value of checks written by individuals was about $350 and by businesses, $1,700. These are the authors' estimates based on a study in which individual checks that could be classified were sorted by payer. See Federal Reserve System (2002), Retail Payment Research Project: A Snapshot of the U.S. Retail Payment Landscape, Federal Reserve System Study, pp. 12-14, RetailPaymentsResearchProject.pdf.[endoffootnote.]  Distribution of debits to transaction accounts among depository institutions, by number and value  Percent Type and size of institution (transaction deposits in millions of dollars)  Commercial  Distribution of institutions, by number banks 46.6  Checks paid Checks paid  ACH payments ACH payments  Value  Value Number  Number  ATM withdrawals DebittDebit card card ATM withdrawals payments payments  Total debits Memo Total debits to transaction Transaction to transaction accountsdeposits accounts  Memo  Memo Total assets  Value Number  Value  Number  Number  Total deposits  Value  80.3  93.7  86.7  97.1  69.0  69.6  65.9  69.5  77.2  95.8  76.9  78.4  80.4  55.0 6.1 5.0 14.2  75.2 5.5 3.9 9.2  72.0 4.7 3.6 6.3  92.3 2.9 .7 1.2  57.3 4.4 2.7 4.5  58.4 4.3 2.6 4.2  53.0 4.2 3.0 5.8  58.5 3.7 2.6 4.7  57.9 5.3 4.1 9.9  86.7 3.7 1.7 3.7  46.2 6.2 6.0 18.5  50.8 6.6 4.7 16.3  54.5 7.1 4.0 14.8  8.2  3.9  4.9  2.5  11.9  12.1  12.1  11.6  9.0  3.0  15.3  12.9  13.3  3.8 1.3 .7 2.4  1.6 .7 .4 1.3  2.0 .7 .4 1.8  2.0 .1 .1 .2  8.3 1.2 .6 1.8  8.5 1.2 .6 1.8  6.9 1.6 1.0 2.6  7.6 1.4 .7 2.0  4.9 1.2 .6 2.2  2.0 .3 .2 .6  10.1 1.5 .8 2.8  5.2 2.0 1.0 4.7  6.1 2.1 1.0 4.2  45.4  11.5  2.4  8.4  .4  19.1  18.3  22.0  18.8  13.9  1.2  7.8  8.7  6.2  Creditunions600 and above .0 .2 Creditunions200-599 .6 Creditunions100-199 44.6 Creditunions0 - 9 9  .5 1.2 1.5 8.3  .1 .3 .4 1.6  .5 1.0 1.2 5.7  .0 .0 .1 .2  1.4 2.7 3.3 11.7  1.4 2.6 3.3 11.1  1.7 2.8 3.3 14.2  1.6 2.6 3.1 11.6  .8 1.7 2.1 9.3  .1 .1 .2 .8  .5 1.0 1.2 5.1  .5 1.0 1.3 5.9  .4 .7 .9 4.2  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  Commercialbanks600 and above .7 1.2 Commercialbanks200-599 2.8 Commercialbanks100-199 Commercialbanks0 - 9 9 41.9 Savings  institutions  8.0  Savingsinstitutions600 and above .1 Savingsinstitutions200-599.3 Savingsinstitutions100-199.4 Savingsinstitutions0 - 9 9 7.2 Credit unions  All institutions  100.0  NOTE. See general note to table 2.  Distribution of Depository Institutions' Account Debits, by Type and Size of Institution Overall, about 51 percent of account debits were made by check, 15 percent were ACH payments, 26 percent were debit card payments, and 8 percent were cash withdrawals from ATMs (table 4). The distribution of account debits, by number, at commercial banks differed markedly from the distributions at savings institutions and credit unions. The proportion of checks at commercial banks was about 53 percent, compared with 47 percent at savings institutions and 43 percent at credit unions. For commercial banks, the proportion of checks declined noticeably with increasing size. The proportion at small banks (those with less than $100 million in deposits) was about 74 percent, and at the largest banks, 49 percent. The proportion of checks also declined with increasing size at savings institutions and credit unions. The proportion of checks may be smaller at larger depository institutions because they provide (and perhaps encourage) greater use of ACH and debit cards. Larger depository institutions may also serve more sophisticated customers, including large businesses, that may be more willing or able to take advantage of cost savings or other benefits afforded by other types of payment. For commercial banks, the proportion of ACH payments by number increased with increasing size, [footnote] 22. These figures do not represent percentages in total payments primarily because debits to deposit accounts include ATM withdrawals and do not include credit card payments.[endoffootnote.]  Table 4.  the reverse of the relationship for checks, and payments at larger banks were more likely to be made via ACH. The greater proportion of ACH payments at the largest banks may have had much to do with greater use of ACH by large corporate account holders. The proportion of ACH payments, by number, did not increase with increasing size at savings institutions and credit unions; it was generally flat across size categories for credit unions, and it declined with increasing size for savings institutions. Debit card payments and ATM withdrawals are made primarily by individuals—and as a proportion of debits, are more prevalent at credit unions, because generally these institutions do not have large business customers. About 35 percent of payments at credit unions and 34 percent of payments at savings institutions were made by debit card. In contrast, the proportion of debit card payments for commercial banks, which as a category have more business customers, was smaller, at 23 percent. Similarly, the proportion of ATM withdrawals was greater for savings institutions and credit unions—11 percent and 13 percent, respectively, compared with 7 percent for commercial banks. Overall, as estimated from the 2004 depository institution survey, signature-based debit card payments, at 11.7 billion, were almost twice as common as PIN-based debit card payments, at 6.3 billion. The ratio of signature-based to PIN-based debit card payments was roughly similar across institutions of noncash different types and sizes, indicating that use of signature and PIN authorization for debit card purchases  Distribution of debits to transaction accounts at depository institutions, by number and value  Percent Type and size of institution (transaction deposits in millions of dollars)  Checks Checks paid paid  Total debits to Totaldebitstotransaction accounts ACH payments ACH payments Debit card Debit payments cardpayments ATM withdrawals ATM withdrawals transaction accounts  Number  Value  Number  Value  Number  Value  Number  Value  Commercial banks  53.4  29.9  16.7  69.4  22.8  .4  7.1  .3  100.0  100.0  600 and above 200-599 100-199 0-99  48.7 58.9 63.6 73.9  26.5 45.0 70.6 76.4  18.5 13.3 13.2 9.5  72.9 54.0 27.9 22.5  25.3 21.1 17.1 11.8  .4 .6 .9 .6  7.6 6.6 6.1 4.8  .3 .4 .6 .5  100.0 100.0 100.0 100.0  100.0 100.0 100.0 100.0  Savings institutions  46.8  39.6  8.1  56.6  33.9  600 and above 200-599 100-199 0-99  39.5 54.9 55.2 56.3  25.1 63.7 67.4 68.9  5.9 8.7 9.1 12.3  71.0 32.4 28.9 27.9  42.9 25.2 23.2 21.5  2.3  11.2  1.5  100.0  100.0  2.4 2.2 2.0 1.8  11.6 11.2 12.6 10.0  1.5 1.7 1.7 1.4  100.0 100.0 100.0 100.0  100.0 100.0 100.0 100.0  Number  Value  Credit unions  42.6  62.8  9.0  21.7  35.2  9.0  13.2  6.4  100.0  100.0  600 and above 200-599 100-199 0-99  32.6 36.0 36.9 45.9  56.2 60.0 60.9 64.4  8.6 8.8 8.9 9.1  24.0 22.3 21.8 21.4  42.3 41.2 40.9 32.2  10.9 10.5 10.4 8.2  16.5 14.0 13.4 12.7  8.8 7.3 6.9 6.0  100.0 100.0 100.0 100.0  100.0 100.0 100.0 100.0  All institutions  51.3  30.6  14.8  68.5  25.5  .6  8.3  .4  100.0  100.0  NOTE. See general note to table 2.  does not vary with the size or type of institution. Although the ratio of signature to PIN debits did not vary with size or type, there was substantial variation among responding institutions. (Figures referred to in this paragraph are not shown in the tables.) Variation in the use of signature-based and PINbased debit card payments from institution to institution reflects card user preferences but can be influenced by incentives to use one or the other authorization method offered by either merchants or depository institutions. Merchants, for example, may or may not accept both authorization methods, or may limit acceptance of cards to certain purchase values or to certain products. Card associations or depository institutions may offer more benefits to users that authorize debit card payments with a signature. In 2003, per-transaction fees charged to merchants generally increased with the value of the payment for signature-based debit card payments but were generally fixed for PIN-based payments. Some depository institutions charge their customers fees for their debit card purchases authorized with a PIN Depository institutions and card associations also offer benefits to customers who authorize with a signature.  "On Us"  Payments  The proportions of account debits that are on-us— that is, those that involve only one depository institution—are interesting because clearing and settlement of such payments occur internally at the depository institution and, therefore many of the costs associated with coordinating payments with other depository institutions are not incurred. For example, when a check needs to be collected from another depository institution, float cost and risk-reduction incentives lead depository institutions to use fast and costly transportation channels to expedite check presentment and collection. Float costs and some risks are absent when a check is on-us, allowing depository institutions to avoid expensive transportation channels. Commercial banks as a group generally had the highest proportion of on-us account debits, by number and value, while credit unions had the lowest  proportion (table 5). Banks with both businesses and consumers as customers are more likely to have on-us payments. About 13 percent of checks collected in 2000 were from one individual to another. Thus, 87 percent involved a business or government. The relatively high proportions of on-us check and ACH payments at commercial banks were influenced by these institutions' larger share of business customers. Overall, 23 percent of checks paid were on-us, about 4 percentage points lower than the estimate from the 2001 depository institution survey. The on-us proportion declined for all types of institution, but the proportion reported by credit unions declined considerably—from an estimated 6 percent in 2000 to 2 percent in 2003. The decline in the proportion of on-us checks could be one consequence of a possible decline in the cashing of personal checks as a means of obtaining cash at a teller window in an individual' s own depository institution (discussed later). However, some evidence suggests that respondents reported more accurate on-us figures in the 2004 survey, implying that estimates of the proportion of on-us payments from the 2001 survey may have been too large. The proportion of on-us ACH payments in terms of value was notably larger for the largest commercial banks and savings institutions than for their smaller counterparts. The larger proportions appear to have resulted from data reported by some very large depository institutions that apparently generate a significantly larger share of large-value on-us ACH payments than other similarly sized institutions. As noted earlier, some of the reported ACH payments also included large-dollar account entries, called offset entries, conducted for internal account-balancing and settlement purposes. Institutions that had problems distinguishing offset entries appear to have overestimated the value of both on-us and interbank ACH payments. The largest proportions of on-us account debits, both by number and value, were for ATM withdrawals except by value for large savings institutions. Most of the other types of account debits involve payments to other parties, who choose the depository institution in which to deposit funds. In the case of ATM withdrawals, the account holder plays the role of payee and payer, choosing the depository institu-  [footnote] 23. Board of Governors of the Federal Reserve System, Point-ofSale Debit Fees.[endoffootnote.] [footnote] 24. For checks and ACH payments, ''on us'' means that the payer [footnote] 2 5 . F e d e r a l R e s e r v e S y s t e m , Retail Payment Research Project.[endoffootnote.] and the payee use the same depository institution. For ATMs, the term [footnote] 26. The survey definition of ''on-us'' focuses on both the payer and means that the withdrawal occurred at a proprietary ATM (owned by the payee. It appears that some depository institutions interpreted the the account holder's depository institution). Data on on-us debit card term to mean any check the depository institution is responsible for payments were not collected. On-us account debits plus interbank paying. Respondents may have become more familiar with the survey account debits sum to total account debits.[endoffootnote.] definition of on-us over time.[endoffootnote.]  Table 5.  Proportion of selected debits to transaction accounts at depository institutions that were on-us, by number and value  Percent Type and size of institution (transaction deposits in millions of dollars)  Checks paid Checks paid  ACH payments ACH payments  ATM withdrawals ATM withdrawals  Value  Value  Number  Value  Number  Commercial banks  26.9  32.4  21.9  42.1  67.9  Commercialbanks600 and above Commercialbanks2 0 0 - 5 9 9 Commercialbanks100-199 Commercialbanks0 - 9 9  28.7 20.7 21.5 24.5  32.8 27.5 32.6 31.5  24.8 13.0 5.2 5.3  42.9 33.9 16.8 17.4  Savings institutions  10.9  19.1  6.7  Savingsinstitutions600 and above Savingsinstitutions2 0 0 - 5 9 9 Savingsinstitutions100-199 Savingsinstitutions0 - 9 9  11.4 9.4 11.6 10.6  21.8 16.0 18.8 17.4  Credit unions  2.4  Creditunions600 and above Creditunions2 0 0 - 5 9 9 Creditunions100-199 Creditunions0 - 9 9  .6 2.3 2.7 2.5 22.8  All institutions  Total debits to Totaldebits to transaction accounts transaction accounts Number  Value  69.4  29.6  39.3  70.4 63.2 60.7 52.6  71.7 60.8 62.1 51.3  32.0 23.0 21.8 23.9  40.3 31.1 28.3 28.4  68.1  54.1  57.5  17.8  48.4  10.8 4.8 4.8 3.5  79.2 22.9 19.8 12.2  57.4 53.7 49.9 47.2  57.7 59.3 59.6 54.9  20.7 15.6 17.3 14.2  64.4 19.1 19.8 16.4  4.4  1.7  4.3  37.0  38.6  9.4  6.8  1.6 3.8 4.3 4.7  .3 2.3 2.8 1.6  2.0 6.5 7.7 3.4  52.9 46.3 44.2 31.6  41.7 44.0 44.7 35.4  15.5 12.8 12.1 7.8  5.7 7.7 8.2 6.4  31.2  19.5  42.7  59.5  62.2  26.2  39.2  Number  NOTE. See general note to table 2.  tion in both cases. Not surprisingly, therefore, these payments are more likely to be on-us. For commercial banks, 68 percent of ATM withdrawals are on-us (69 percent by value), much higher than their on-us shares for other types of account debits. Commercial banks also generally have the largest networks of ATMs. Even credit unions, which own relatively few ATMs and for which the on-us shares for check and ACH payments were negligible, as a group had an on-us share for ATM withdrawals of 37 percent (39 percent by value). The larger on-us shares for ATM withdrawals also appear to reflect account holder avoidance of the fees commonly charged for using an ATM owned by another depository institution or other company (nonproprietary ATM).  Regional  which collected data sufficient to study regional variation in the use of checks but not in the use of other types of account debits.  Variation by Geographic Division Estimates of account debits were constructed for each region after allocating depository institution data to regions according to the location of their branches. These regional estimates, along with other regional data, provided the basis for comparing the use of payments in different regions of the country. The estimate for checks as a proportion of total account debits at depository institutions ranged from a low of 46 percent in the West to a high of 55 percent in the Midwest. By value, the shares of checks  Variation  Estimates of the number and value of account debits by region are useful because they may help identify the ways in which differences in regional characteristics may influence the use of payment instruments. The 2004 depository institution survey yielded enough information to estimate the number and value of debits to accounts located in the four geographic divisions of the United States defined by the U.S. Census Bureau: Northeast, South, Midwest, and West (table 6). Estimation of debits from accounts in urban and rural locations was also possible (table 7). The 2004 survey gives a much clearer picture of the ways payment use differs by region than earlier surveys,  [footnote] 27. As no region-specific data were collected from multiregion depository institutions, it was necessary to make an assumption about the way payments were allocated within responding multiregion depository institutions. For commercial banks and savings institutions, data on the regional distribution of deposits were available, so account debits at these institutions were allocated to regions in proportion to their deposits. For credit unions, account debits were allocated to regions according to the distribution of their branches. See the appendix for a discussion of the method used and assumptions required to allocate the figures for multiregion depository institutions to regions.[endoffootnote.] [footnote] 28. A preliminary multivariate statistical analysis that controlled for other factors correlated with depository institutions' share of checks in total reported account debits, by number, including depository institution size and type, showed that the greater share of checks for institutions in the Midwest is significantly different (in the statistical sense) from the shares in other regions.[endoffootnote.]  appear to cluster into two groups: The West and Midwest had the lowest proportions, at 20 percent and 25 percent, respectively, and the South and Northeast had the highest proportions, at 41 percent and 40 percent respectively. The average value of checks was lowest in the West ($923) and highest in the Northeast ($1,355). One explanation for the high value of checks in the Northeast may be that use of a special type of corporate checking account—the controlled-disbursement account—is concentrated in this region. The regions are not equal in population. One way to put them on a comparable basis is to express the figures in terms of number or value per capita. The annual number of account debits per capita ranged from a low of 231 in the South to a high of 262 in the Midwest. The annual number of checks per capita was lowest in the West, at 110, and highest in the Midwest, at 144. The value of checks per capita was also lowest in the West, but it was highest in the Northeast. The regions also vary by amount of economic output (defined as the sum of gross state output for the states in each region) and can be put on a comparable basis by expressing the figures in terms of number or value of account debits per $1,000 of economic output. The annual number of account debits per $1,000 of regional output ranged from 5.9 in the Northeast to 7.2 in the Midwest. The number of checks per $1,000 of economic output was lowest in the West, at 2.8 and highest in the Midwest, at 3.9. The value of checks per $1,000 of economic output was also lowest in the West, at $2,618, but was highest the Northeast, at $4,042. Debit card payments accounted for 33 percent of account debits by number in the West, compared with a range of 21 percent to 25 percent in the other regions. The proportion of debit card payments by value in the West was driven down by the extremely high value for ACH payments. The annual number and value of debit card payments per capita in the West, however, highlights the more prevalent use of debit cards in that region. The West had about 79 debit card payments per capita; the South and Mid-  west were well behind at 59. The Northeast, at 51 debit card payments per capita, showed the lowest use, only 65 percent of the per capita figure in the West. Depository institutions in the West began offering debit card payments earlier than those in other regions, providing one explanation for the high debit card use in the West compared with other regions. Evidence from a different study also suggests that fees charged to cardholders for PIN debit use are least prevalent in the West and most prevalent in the Northeast. The average value of a debit card payment was $45 in the Northeast, compared with $39 in the other regions. The reason for the difference is unknown, but it could be that there were more cash-back transactions or a larger proportion of higher-value debit payments in the Northeast. The annual number of ATM withdrawals per capita was highest in the Northeast, at 24, and lowest in the South, at 18. The average value of ATM withdrawals was highest in the Northeast, at $93, and lowest in the Midwest and South, at $78 and $79 respectively. The ATM data suggest that cash is used relatively more frequently in the Northeast, but individuals in other regions may obtain cash through other means, such as by writing checks, making debit card purchases with a PIN for cash back, or obtaining cash directly from a teller at a local depository institution branch. Although data on ATM withdrawals provide indirect evidence of cash use, data on frequency and value of cash payments would better contribute to our understanding of which payment types are preferred in the different regions. The other important payment type missing from the regional analysis, of course, is credit card payments. Although the data presented here provide the most comprehensive and detailed information to date on the regional distribution of payments, evidence on payment use across regions remains incomplete because of the lack of cash payment and credit card payment data by region.  Urban and Rural Variation The total number and value of payments were much  [footnote] 29. One important caveat to the comparison of check shares by smaller for rural areas than for urban areas, reflecting value is that the two institutions that reported the highest ACH values, much higher than other institutions of similar size, operated in the West and Midwest and likely contributed substantially to the low share of value for checks. Thus, the comparison of shares by value is [footnote] 31. While estimates for subregions are too unreliable to report in sensitive to errors in reporting ACH payments, whereas the share by detail, they show that the Pacific region (Alaska, California, Hawaii, number and other results reported in this section are not.[endoffootnote.] Oregon, and Washington) had the highest use of debit cards per capita in the United States and the Middle Atlantic region (New York, New [footnote] 30. Note that per capita figures are based on the entire population Jersey, and Pennsylvania) had the lowest.[endoffootnote.] and include all payments, not just those made by individuals. Thus, figures do not represent averages of adult individuals or heads of [footnote] 32. Board of Governors, Point-of-Sale Debit Fees, p. 16 and p. 17, household.[endoffootnote.] table 3.[endoffootnote.]  Table 6.  Annual number and value of debits to transaction accounts at depository institutions, by geographic region  Item  Northeast Northeast Northeast South MultiAll region institutions Single South MultiSingle region region region  Midwest South All Midwest MultiSingle institutions region region  West Midwest All West MultiSingle institutions region region  West All institutions  Number (billions)  8.7  4.8  13.4  11.1  13.1  24.2  8.6  8.6  17.2  7.6  8.1  15.8  Number(billions)Checks Number(billions)ACH Number(billions)Debit card Number(billions)ATM  4.3 1.9 1.7 .8  2.5 .6 1.1 .6  6.8 2.5 2.8 1.3  5.2 2.0 3.0 .9  7.5 1.5 3.1 1.0  12.7 3.5 6.1 1.9  4.0 1.7 2.2 .6  5.4 .9 1.6 .6  9.4 2.6 3.9 1.3  3.3 1.2 2.5 .7  3.9 .7 2.8 .7  7.3 1.8 5.3 1.4  18.87  4.27  23.15  21.89  10.75  32.64  31.68  5.79  37.47  25.29  7.99  33.29  Value(trillionsofdollars)Checks 7.18 Value(trillionsofdollars)ACH 11.54 Value(trillionsofdollars)Debit card .08 Value(trillionsofdollars)ATM .08  2.07 2.10 .05 .05  9.25 13.64 .13 .12  7.30 14.39 .12 .08  5.94 4.63 .11 .07  13.23 19.02 .24 .15  6.07 25.48 .09 .05  3.40 2.28 .06 .05  9.47 27.75 .15 .10  3.92 21.21 .10 .06  2.8 5.02 .11 .06  6.72 26.23 .20 .12  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  52.3 12.4 23.6 11.7  50.8 18.6 20.7 9.9  46.8 18.0 27.5 7.8  57.2 11.7 23.5 7.7  52.4 14.6 25.3 7.7  46.8 19.8 25.9 7.5  62.7 10.7 19.1 7.5  54.8 15.3 22.5 7.5  43.8 15.2 32.3 8.7  48.5 8.2 34.4 9.0  46.2 11.6 33.4 8.9  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  100.0  48.5 49.3 1.2 1.1  40.0 58.9 .5 .5  33.3 65.8 .6 .4  55.2 43.1 1.1 .6  40.5 58.3 .7 .5  19.2 80.4 .3 .2  58.7 39.4 1.1 .8  25.3 74.1 .4 .3  15.5 83.9 .4 .2  35.0 62.8 1.4 .8  20.2 78.8 .6 .4  159  88  247  106  125  231  131  131  262  115  122  237  80 35 30 14  46 11 21 10  126 46 51 24  50 19 29 8  72 15 29 10  121 34 59 18  61 26 34 10  82 14 25 10  144 40 59 20  50 17 37 10  59 10 42 11  110 27 79 21  78,487  425,266  209,466  102,828  312,294  484,242  88,438  572,681  380,660  120,306  500,965  38,085 38,656 916 830  170,018 250,675 2,298 2,275  69,831 137,725 1,160 750  56,796 44,272 1,095 665  126,626 181,997 2,256 1,415  92,752 389,360 1,319 812  51,923 34,827 961 727  144,675 424,187 2,280 1,539  59,018 319,260 1,449 933  42,164 75,571 1,634 937  101,182 394,830 3,082 1,870  2,178  894  1,722  1,974  821  1,349  3,693  675  2,185  3,309  985  2,113  Average(dollars)Checks 1,658 Average(dollars)ACH 6,031 Average(dollars)Debit card 46 Average(dollars)ATM 102  829 3,565 44 81  1,355 5,450 45 93  1,407 7,211 40 91  792 3,028 37 69  1,044 5,397 39 79  1,511 14,972 39 83  632 2,486 38 74  1,008 10,601 39 78  1,171 18,319 39 93  713 7,578 39 85  923 14,410 39 89  Value (trillions of dollars)  Distribution by number (percent) 100.0 Distribution by number 50.0 (percent) Distribution by Checks 22.1 numberby Distribution 19.1 (percent) numberby ACH Distribution 8.9 (percent) number Debit card (percent) ATM Distribution by value (percent) 100.0  Distribution by value Distribution by (percent) Checks value Distribution by value Distribution (percent) ACH by value (percent) Debit card (percent) ATM Number per capita NumberpercapitaChecks NumberpercapitaACH NumberpercapitaDebit card NumberpercapitaATM  38.0 61.1 .4 .4  NumberpercapitaValue per capita (dollars) 346,779 Number per capita Value per capita (dollars) Checks 131,933 Number per capita Value per capita 212,018 (dollars) ACH Number per capita Value per capita 1,382 (dollars) Debit card Number per capita Value per capita 1,445 (dollars) ATM Average (dollars)  the smaller population and lower economic output in rural areas (table 7). The relative use of checks was lower and the relative use of electronic debits was higher in urban areas. The proportion of checks, by number, was 60 percent in rural areas and 49 percent in urban areas. The proportions of ACH and debit card payments and ATM withdrawals, by number, were all higher in urban areas, with debit card payments having the largest difference in share—27 percent in urban areas, compared with 21 percent in rural areas.  [footnote] 33. Note that rural areas include some areas surrounding [end of footnote.]  Generally, the number and value of payments per capita were higher in urban areas, reflecting the greater amount of wealth and business activity in those areas. Comparison with Earlier Findings The annual number of check payments declined in all divisions between the 2001 and 2004 depository institution surveys. The most pronounced changes occurred in the South and West, with declines of 32 and 29 checks per capita, respectively, compared with 25 checks per capita in the Midwest. The decline was by far the smallest in the Northeast, at only cities.7 checks per capita.  Table 6.—Continued Item  Number per $1,000 of output Number per $1,000 ofoutputChecks Number per $1,000 ofoutput ACH Number per $1,000 ofoutput Debit card Number per $1,000 of output ATM  Northeast Northeast South Multiregion Single Northeast AllSouth MultiSingle region institutions region region  West Midwest All West MultiSingle institutions region region  West All institutions  3.8  2.1  5.9  3.0  3.6  6.6  3.6  3.6  7.2  3.0  3.2  6.1  1.9 .8 .7 .3  1.1 .3 .5 .2  3.0 1.1 1.2 .6  1.4 .5 .8 .2  2.0 .4 .8 .3  3.5 1.0 1.7 .5  1.7 .7 .9 .3  2.2 .4 .7 .3  3.9 1.1 1.6 .5  1.3 .5 1.0 .3  1.5 .3 1.1 .3  2.8 .7 2.0 .5  1,866  10,111  5,987  2,939  8,925  13,216  2,414  15,629  9,850  3,113  12,963  906 919 22 20  4,042 5,960 55 54  1,996 3,936 33 21  1,623 1,265 31 19  3,619 5,201 64 40  2,531 10,626 36 22  1,417 950 26 20  3,948 11,577 62 42  1,527 8,261 37 24  1,091 1,956 42 24  2,618 10,217 80 48  62.0  71.5  109.8  71.2  84.9  126.2  68.0  88.4  125.3  54.8  75.4  32.5 7.7 14.6 7.3  36.3 13.3 14.8 7.1  51.3 19.8 30.2 8.5  40.7 8.3 16.7 5.5  44.5 12.4 21.5 6.5  59.1 25.0 32.6 9.4  42.7 7.3 13.0 5.1  48.4 13.5 19.9 6.6  54.9 19.0 40.5 10.9  26.6 4.5 18.8 4.9  34.8 8.7 25.2 6.7  55,477  123,115  216,762  58,409  114,527  465,933  45,924  193,144  414,622  54,009  159,260  26,920 27,324 647 587  49,220 72,571 665 659  72,263 142,522 1,201 776  32,262 25,148 622 378  46,437 66,744 827 519  89,245 374,638 1,269 781  26,963 18,085 499 378  48,793 143,062 769 519  64,283 347,744 1,578 1,017  18,929 33,926 733 421  32,166 125,519 980 595  . 2,096 .. ...  2,229  . 248 .. ...  4,540  ... ...  4,788  . 186 .. ...  5,007  5,193  . 155 .. ...  1,960  Value per $1,000 of output (dollars) 8,245 Value per $1,000 of output 3,137 (dollars) Value per Checks $1,000 5,041 of output Value per $1,000 33 (dollars) ACH output Valueof per $1,000 34 (dollars) of output Debit card (dollars) ATM Number-todeposits ratio [see footnote]1 78.1 Number-todeposits 39.0 Number-toratio[seefootnote]1Checks 17.2 deposits Number-to[seefootnote]1 14.9 ratio ACH deposits Number-toratio[seefootnote]1Debit card 6.9 deposits ratio[seefootnote]1ATM Value-to-deposits ratio [see footnote]2 170,035 Value-to-deposits [seefootnote]2 ratio Checks64,690 Value-to-deposits 103,958 ratio[seefootnote]2ACH Value-to-deposits 678 ratio[seefootnote]2Debit card Value-to-deposits 709 [seefootnote]2 ratio ATM Number of institutions Population (millions) Output (billions of dollars) [see footnote]3 Transaction deposits (billions of dollars)  Midwest Midwest Multiregion South All Single institutions region  .133 .. ...  54.4 2,289  111  77  188  104.5  ... ...  3,657  101  184  285  65.4  ... ...  2,397  68  126  194  2,115 66.4 2,568  61  148  209  NOTE. Annualized figures based on survey data for March 2004 and April 2004. Multiregion institutions are those that have deposits in more than one region; single-region institutions have deposits in only one region. The Northeast region includes Connecticut, Maine, Massachusetts, New Hampshire, New Jersey, New York, Pennsylvania, Rhode Island, and Vermont. The South region includes Alabama, Arkansas, Delaware, the District of Columbia, Florida, Georgia, Kentucky, Louisiana, Maryland, Mississippi, North Carolina, Oklahoma, South Carolina, Tennessee, Texas, Virginia, and West Virginia. T h e Midwest region includes Illinois, Indiana, Iowa, Kansas, Michigan, Minnesota,  Missouri, Nebraska, North Dakota, Ohio, South Dakota, and Wisconsin. The West region includes Alaska, Arizona, California, Colorado, Hawaii, Idaho, Montana, Nevada, New Mexico, Oregon, Utah, Washington, and Wyoming. [footnote] 1. Annual number of debits per $1,000 of transaction deposits.[endoffootnote.] [footnote] 2. Annual value of debits per $1,000 of transaction deposits.[endoffootnote.] [footnote] 3. Output is measured as the sum of the gross state products in the region. [end of footnote.] SOURCES. Federal Reserve; and Department of Commerce, Bureau of and Bureau of the Census.  Recall that in the 2004 survey, the number of debit card payments per capita was considerably lower in the Northeast than in other regions and that ATM withdrawals were higher. These findings suggest that the Northeast has lagged other regions in the replacement of checks (and cash) with debit card payments and that the declines in checks in the other regions were being led by a replacement of checks written by individuals rather than businesses. The number of checks per capita also declined more in rural areas than in urban areas, 34 checks per capita compared with 23, suggesting that the replacement of checks with other payment types happened with greater frequency in rural areas.  Returned Check and ACH  Payments  Some checks that are presented for payment are returned unpaid because of insufficient funds, closed accounts, fraud, or other reasons. The same is true for ACH payments.  [footnote] 34. Credit card and debit card payments also may fail because of credit limits or insufficient funds, closed accounts, disputes, or fraud. Because most of these types of payments are approved in real time and are not returned in the same sense as checks and ACH payments, they are outside the scope of this discussion.[endoffootnote.]  Economic  Table 7. Annual number and value of debits to transaction accountsReturned at depository institutions, in urban and rural areas Item  Urban  Rural  Total  Number (billions)  58.4  12.2  70.5  Number(billions)Checks Number(billions)ACH Number(billions)Debit card Number(billions)ATM  28.9 9.0 15.5 5.0  7.3 1.5 2.5 .8  36.2 10.5 18.0 5.9  111.7  14.9  126.5  33.3 77.3 .6 .4  5.4 9.3 .1 .1  38.7 86.7 .7 .5  100.0  100.0  100.0  49.4 15.4 26.5 8.6  60.2 12.2 20.7 6.9  51.3 14.8 25.5 8.3  100.0  100.0  100.0  29.8 69.2 .6 .4  36.1 62.9 .6 .4  30.6 68.5 .6 .4  Value (trillions of dollars) Value(trillionsofdollars)Checks Value(trillionsofdollars)ACH Value(trillionsofdollars)Debit card Value(trillionsofdollars)ATM Distribution by number (percent) Distributionbynumber(percent)Checks Distributionbynumber(percent)ACH Distributionbynumber(percent)Debit card Distributionbynumber(percent)ATM Distribution by value (percent) Distributionbyvalue(percent)Checks Distributionbyvalue(percent)ACH Distributionbyvalue(percent)Debit card Distributionbyvalue(percent)ATM Number per capita  248  221  243  NumberpercapitaChecks NumberpercapitaACH NumberpercapitaDebit card NumberpercapitaATM  122 38 66 21  133 27 46 15  124 36 62 20  Value per capita (dollars)  473,857  269,636  435,165  Valuepercapita(dollars)Checks Valuepercapita(dollars)ACH Valuepercapita(dollars)Debit card Valuepercapita(dollars)ATM  141,369 328,016 2,628 1,844  97,229 169,547 1,732 1,128  133,006 297,992 2,458 1,708  Average value (dollars)  1,913  1,221  1,794  Averagevalue(dollars)Checks Averagevalue(dollars)ACH Averagevalue(dollars)Debit card Averagevalue(dollars)ATM  1,155 8,609 40 86  731 6,287 38 74  1,069 8,279 40 85  82.1  74.2  80.6  40.6 12.6 21.8 7.1  44.7 9.1 15.3 5.1  41.3 12.0 20.6 6.7  157,083  203,172  144,618  46,864 108,737 871 611  32,663 56,957 582 379  44,202 99,032 817 568  9,745 235.7  6,206 55.1  15,951 290.8  711  164  875  Number-to-depositsratio [ s e efootnote]1 [seefootnote]1  Number-to-depositsratio Checks Number-to-depositsratio[seefootnote]1ACH Number-to-depositsratio[seefootnote]1Debit card Number-to-depositsratio[seefootnote]1ATM Value-to-depositsratio [seefootnote]2 [seefootnote]2  Value-to-depositsratio Checks Value-to-depositsratio[seefootnote]2ACH Value-to-depositsratio[seefootnote]2Debit card Value-to-depositsratio[seefootnote]2ATM Number of institutions Population (millions) Transaction deposits (billions of dollars)  NOTE. Annualized figures based on survey data collected March 2004 and April 2004. Urban areas are those defined as metropolitan statistical areas or New England county metropolitan statistical areas; rural areas are defined as those outside urban areas. [footnote] 1. See table 6, note 1.[endoffootnote.] [footnote] 2. See table 6, note 2.[endoffootnote.] SOURCES. Federal Reserve; and Department of Commerce, Bureau of Economic Analysis and Bureau of the Census.  Checks  Checks were returned an estimated 187 million times in 2003 down from about 240 million times in 2000. Some checks returned for insufficient funds are presented again (re-presented) and returned again if funds are still unavailable. Because some checks are returned more than once, and therefore would have been counted more than once in the depository institution survey, the ratio of the number of times checks are returned to total checks is an upper bound on the probability that a check will be returned. It is estimated that check returns constituted, at most, 0.52 percent of estimated total checks in 2003 (or about 5.2 returns for every 1,000 checks presented), compared with 0.58 percent of estimated total checks in 2000 (or about 5.8 returns for every 1,000 checks presented). Thus, the number of returned checks processed through the check collection system declined faster than the total number of checks presented. One reason for the decline in the proportion of checks returned through the check collection system is that some checks are now being re-presented through the ACH system. When such ACH payments are returned, they are returned through the ACH network and are no longer identified as check returns. In 2003, just less than 23 million checks were re-presented through the ACH. More than half of these ACH check re-presentments (about 12 million) were returned. Thus, the returned checks processed through the check collection system (187 million) and ACH systems totaled close to 200 million, or 5.5 returns for every 1,000 checks presented. The num-  [footnote] 35. The 2004 depository institution survey also collected data on the portion of returned checks that were on-us. Such checks would be returned directly to the depositing customer rather than another depository institution. An estimated 21 million returned checks, or about 11 percent of all returned checks, were on-us. Data on on-us returned checks were not collected in the 2001 depository institution survey. In Gerdes and Walton, ''The Use of Checks,'' reports discussing returned checks for 2000 assumed that the estimates of returns reported by depository institutions did not include on-us returns, and the proportion of returned checks was computed as a percentage of interbank checks, resulting in a larger percentage than reported here. On the basis of the 2004 survey results and a reexamination of the 2001 survey, we believe that depository institutions did include on-us checks in the returned checks reported.[endoffootnote.] [footnote] 36. National Automated Clearing House Association.[endoffootnote.] [footnote] 37. It is not known how many of these returned check representments were themselves re-presented.[endoffootnote.]  ber of checks re-presented (and possibly returned) through the ACH system was negligible in 2000.  Returned ACH Payments About 1.05 percent of retail ACH payments were returned in 2003 (estimated from the electronic payments survey), or 10.5 returns for every 1,000 payments, about twice the rate that checks were returned. Only about 0.06 percent of ACH CCD transactions were returned, a considerably smaller return rate than for checks or for retail ACH payments. Most ACH returns were debit transactions. When comparing return rates for check and ACH payments, it is important to recognize that differences in technological and industry practice are partly responsible for any differences in observed return rates. The total number of ACH returns is understated because the number of on-us ACH returns is unknown. But ACH returns include certain returns that have no counterpart in the check collection system. By industry rule, paying depository institutions and their customers have sixty days to return unauthorized retail ACH debits received (debits to an account on the instruction of the payee) but must return checks by midnight of the next business day following presentment. The extra time for ACH returns may allow for the detection and return of erroneous or fraudulent ACH payments—payments that if made by check would have to be pursued through other means and therefore would not be identified as returned checks. Business associations commonly voice more concern about check fraud than ACH fraud because businesses often use accounts that block ACH debits from being received, avoiding any type of fraud or error. Depository institutions typically do not offer accounts that block all ACH debit receipts to individuals but instead require that a specific payment be identified and block ACH payments only on a case-by-case basis. In contrast to the decline in the rate of returned checks, the rate of returned retail ACH payments  increased from 0.79 percent in 2000 to 1.05 in 2003. The increase appears to have been due primarily to higher return rates for new categories of payments. A number of new rules and technological innovations in the ACH system have begun to provide explicitly for and separately identify one-time, nonrecurring ACH debit transactions originated remotely either over the Internet or by telephone or by converting a check to an ACH payment. Such payments may be more likely than recurring payments (which are typically either payroll or mortgage or other bill payments) to be disputed, or to involve erroneous or fraudulent payments, and therefore to be returned. The rate of returned ACH CCDs, which as noted earlier are either internal transfers or business payments, declined slightly from 2000 to 2003.  USE OF CASH About 5.9 billion ATM withdrawals were made in 2003. About two-thirds of these withdrawals were on-us (that is, made from proprietary ATMs belonging to the account holder's depository institution). Therefore, about one-third were from ATMs owned by another depository institution or other company (nonproprietary) and likely involved a withdrawal fee, charged either by the account holder's depository institution or the owner of the ATM, or both The overall average ATM withdrawal was $85, and the average on-us withdrawal was about $89. ATM cash withdrawals provide funding for an unknown number of cash transactions. If the average value of payments by cash were known, the number of cash payments that would be funded by the ATM withdrawals could be estimated. For example, if the average cash payment in 2003 was $85, equal to the  [footnote] 40. Certain types of recurring check payments, such as payroll or mortgage payments, are also less likely to be returned unpaid. Selected data on checks sent to billers that were converted to ACH payments showed a return rate slightly lower than the estimated return rate for checks in 2003.[endoffootnote.] [footnote] 41. There are exceptions to the practice of charging fees for nonproprietary ATM withdrawals. Some Internet banks, for example, reimburse a portion of withdrawal fees charged by nonproprietary ATM owners, and some ATM owners may waive fees for withdrawals from accounts at certain classes of institution. A Federal Reserve [footnote] 38. Precise allocations of returns by debits and credits werestudy not showed that fees for on-us ATM withdrawals are negligible. See Board of Governors of the Federal Reserve System (2003), available.[endoffootnote.] Annual Report to the Congress on Retail Fees and Services of [footnote] 39. If the account does not contain sufficient funds for payment, Depository Institutions (June), ACH debits must be returned the day after the transaction was rptcongress/2003fees.pdf.[endoffootnote.] received.[endoffootnote.]  average value of ATM withdrawals, the total number of cash payments supported by ATM withdrawals in 2003 would have been 5.9 billion. If the average value of payments from these ATM withdrawals was equal to the average value of PIN-based debit card payments ($38), then the number of cash payments would have been just over two cash payments for each ATM withdrawal, or more than 12 billion. But cash transactions are commonly used for lowvalue payments. If the average value of cash transactions supported by ATM withdrawals was around $5—about seventeen payments for each ATM withdrawal—then the resulting cash transactions would have totaled more than 100 billion in 2003, compared with an estimated 81 billion noncash transactions in that year. As the calculations show, a reasonable guess for the average value of a cash transaction could imply a large number of transactions funded by ATM withdrawals. Without supporting data, however, guesses about the average value and implied number of cash transactions are highly speculative and should be viewed as such. ATM withdrawals do not fund all cash transactions. But, as shown earlier, only a small amount of cash is obtained via PIN-based debit payments compared with the amount obtained from ATMs. Fewer than 600 million PIN-based debit card payments involved cash returned to the card holder. The cash returned to card holders averaged $30. Besides ATM withdrawals and cash back from debit card purchases, the most common means of obtaining cash appears to be cashing payroll checks or personal checks at depository institutions or merchants. According to one study, the means of obtaining cash used most often by individuals in 1984 was cashing a personal or payroll check (77 percent), followed by ATM withdrawals (11 percent). Industry data show increases throughout the 1990s and early 2000s in the number of ATMs and ATM transactions (which are made for other purposes besides withdrawals), suggesting that the use of ATMs to obtain cash has likely also increased. The  use of ATM withdrawals as a means of obtaining cash relative to other means has likely increased since the early 2000s, although how much it has increased is unknown. Increases in the number and use of ATMs shown by industry data may be an indication that ATMs are replacing checks as a means of obtaining cash. The cashing of personal checks at the teller window of an individual's depository institution results in an on-us check. Recall that the share of on-us checks declined from 2000 to 2003, especially at credit unions (from 6 percent to 2 percent), as the use of ATMs was growing. Therefore, the increases in the number of ATMs and ATM transactions do not necessarily indicate that the use of cash is increasing.  SUMMARY  OF  FINDINGS  Confirming the results of earlier studies, recent survey data show that the number of checks paid in the United States has been declining, although the number of electronic payments has been increasing. Led by growth in debit card payments, the number of electronic payments exceeded the number of check payments in 2003. However, the value of check payments continued to exceed the combined value of the electronic payment instruments studied—debit and credit cards, ACH, and electronic benefits transfers. Some payments that were made by check in the past are now being made with these electronic instruments. Although the surveys discussed in this article provided no direct evidence on cash use, some cash payments likely have been replaced as well.  The 2004 depository institution survey allowed for more detailed study of payments and withdrawals from transaction accounts. For each type of account debit studied—checks, debit card payments, ACH payments, and ATM withdrawals—most were made from accounts at the largest 1 percent of depository institutions (as ranked by value of transaction deposits). Commercial banks showed decreasing shares of checks paid and increasing shares of electronic payments with increasing size. Other differences existed between depository institutions of different types. For [footnote] 42. See Robert B. Avery and others (1986), ''The Use of Cash example, and credit unions, which are generally used by Transaction Accounts by American Families,'' Federal Reserve Bulleindividuals and not by businesses, had the smallest tin, vol. 72 (February), p. 97, table 9. shares of checks and greater shares of debit card The authors of this article estimate, on the basis of a survey on individual checks, that in 2000 fewer than 2 percent of checks written and ATM use than commercial banks and savings had ''Cash'' as the payee. Writing "Cash" on the payee line is institutions.  common when obtaining cash via check at a depository institution teller but may not be done when obtaining cash via check at other On-us account debits, for which the payer and venues. Thus, checks made out to ''Cash'' represent only a portion of payee use the same depository institution, were genall checks written for cash in 2000.[endoffootnote.] erally more common at the largest depository institu[footnote] 43. ATM and Debit News, EFT Data Book, 2005 Edition, Thomtions. Credit unions had very small shares of on-us son Media,[endoffootnote.]  account debits compared with the other types of institutions, likely reflecting the relatively small number of person-to-person payments made by check and ACH. The on-us share of ATM withdrawals was high for all types and sizes of depository institutions, reflecting the existence of fees for withdrawals from nonproprietary ATMs. The use of different types of payment instruments varies across regions of the country, suggesting differences in the cost, availability, willingness to use, or willingness to accept various payment instruments. The 2004 depository institution survey showed that the use of debit cards was significantly more common, per capita, in the West than in other regions. In this region and others, some debit card payments were likely being made in lieu of payments by check, but debit cards may also have been used instead of cash or credit cards. The Northeast showed significantly less use of debit cards than other regions and, compared with estimates from the 2001 depository institution survey, a significantly slower decline in the use of checks. Individuals in the Northeast obtained more cash from ATMs, and the average value of their debit card payments was higher. While check and ACH returns are not entirely comparable, it is interesting to note that the proportion of ACH payments that were returned was almost twice the proportion of checks that were returned. The proportion of returned checks declined from 2000 to 2003, but the proportion of returned ACH payments increased. The increase in the proportion of returned ACH payments was related not to an increase for traditional types of ACH payments, but rather for new types of ACH transactions, such as the conversion of checks to ACH payments and onetime payments over the Internet and telephone. Data on the use of the payments system such as those presented in this article are important to policymakers, the public, and the payments industry for a variety of reasons. The information may aid in understanding the purposes for which different payment types are used, helping financial institutions, payments networks, service providers, and other payments organizations better understand and serve the public. Depository institutions can use the information to compare the relative use of payments with the relative use of payments at groups of similar depository institutions. Historical trends in the use of payments and information on patterns of substitution and replacement among payment types may aid in forecasting trends. Forecasts based on the information may help in planning payments system infrastructure and in the timing and appropriateness of new investments in determining infrastructure. Finally, the data  may help policymakers and the public better understand and monitor the significant changes occurring in the U.S. payments system.  APPENDIX: SOURCES OF DATA AND METHODS OF ESTIMATION Both the 2003 and 2000 data used to estimate the number and value of noncash payments came from two separate surveys. The estimates for 2003 came from two surveys conducted in 2004—one of depository institutions (the 2004 depository institution survey) and the other of electronic payments networks, card issuers, and card processors (the 2004 electronic payment survey). The estimates for 2000 came from 2001 surveys, one of depository institutions (the 2001 depository institution survey) and the other of electronic payments networks, card issuers, and card processors (the 2001 electronic payment survey). The 2001 and 2004 depository institution surveys were similar in most respects. However, the 2001 survey collected information only about checks, whereas the 2004 survey also collected information about other debits to transaction accounts. The 2001 and 2004 electronic payment surveys were also similar. Except as noted, the descriptions of the 2004 surveys presented below also apply to the 2001 surveys.  2004 Depository  Institution  Survey  Survey Design The 2004 depository institution survey collected information from three types of institutions: commercial banks (including agencies and branches of foreign banks); savings institutions (savings banks and [footnote] 44. Global Concepts, Inc., and International Communications Research (ICR) assisted the Federal Reserve System with the 2004 depository institution survey. See Federal Reserve System (2004), The Depository Institutions Payments Study: A Survey of Depository Institutions for 2004 Federal Reserve Payments Study, Global Concepts and Federal Reserve System, 2004DIPaymentStudy.pdf. Dove Consulting assisted with the 2004 electronic payment survey. See Federal Reserve Bank of Atlanta (2004), 2004 Electronic Payments Study for Retail Payments Office at the Federal Reserve Bank of Atlanta: Study Methods and Results Summary Report, Federal Reserve Bank of Atlanta Study (December 14),[endoffootnote.] [footnote] 45. Global Concepts, Inc., and Westat assisted the Federal Reserve System with the 2001 depository institution survey, and Dove Consulting assisted with the 2001 electronic payment survey.[endoffootnote.] [footnote] 46. See Gerdes and Walton, ''The Use of Checks,'' for a discussion of the 2001 surveys. Also see Federal Reserve System, Retail Payment Research Project.[endoffootnote.]  savings and loan associations); and credit unions. The types of debits surveyed were checks, ACH payments, debit card payments (both signature-based and PIN-based), and ATM withdrawals. (Wire transfers and teller window withdrawals, which create debits, as well as credit card and currency payments, were outside the scope of the survey.) Depository institutions were asked to report, by questionnaire, the number and dollar value of debits to their accounts by each type of debit during each of the months March and April 2004. They were also asked to report the number and value of returned checks and, for all debit types except debit card transactions, the number and value of on-us debits. The population from which the 2004 sample was drawn comprised 14,117 depository institutions (bank subsidiaries of multibank holding companies were treated as a single entity) that reported transaction deposits greater than zero as of September 2003 (June 2003 for credit unions). Based on experience with the 2001 depository institution survey, which had a 54 percent response rate, a stratified random sample of 2,700 depository institutions was estimated to be needed to produce national estimates of the number and value of debits made via check with a desired precision of at least ±5 percent for a 95 percent level of confidence. For sampling and estimation purposes, depository institutions were separated into five groups. Commercial banks were divided into two types— domestically chartered banks and branches of foreign banks—and savings institutions were divided into two types—those federally regulated by the Office of Thrift Supervision and those regulated by states. Credit unions made up the fifth group. The largest institutions in each group, as determined by the value of their transaction deposits, and some institutions known to have highly unusual check volumes, such as issuers of rebate checks, were sampled with certainty. The remaining institutions in each group were then stratified by the value of their transaction deposits—nine strata for commercial banks (including three for foreign bank branches), five strata for credit unions, and six strata for savings institutions (three for federally regulated institutions and three for state-regulated). Data from the 2001 survey were used to approximate the standard error that would be achieved for different sample allocations (the number of depository institutions to be sampled in each stratum, based on a sample size of 2,700), and the final sample allocation was determined so as to minimize the approximate standard error of the estimated total number of checks. Because the strata with the larger  depository institutions typically had greater numbers of checks paid in the 2001 sample, and had greater variance between them, they were assigned a larger proportion of the sample by the minimization algorithm. The allocation of the sample between the depository institution types gave more weight to commercial banks because they were expected to account for a disproportionate share of checks and other account debits; but it also took into account the desirability of producing estimates for each depository institution type. In all, 1,572 commercial banks, 328 savings institutions, and 800 credit unions were included in the sample. Responses were received from 869 commercial banks, 193 savings institutions, and 438 credit unions, giving response rates slightly higher than for the 2001 survey. All of the 44 largest commercial banks responded (this group accounted for more than half the estimated total for nearly every item in the survey). The largest savings institutions and credit unions also responded. By the time survey data were available, data on transaction deposits as of March 31, 2004, were also available. Using those transaction deposits data, the sample and population were re-stratified to produce estimates for the 14,120 depository institutions in existence on April 30, 2004, the end of the period for which data were collected. The major change resulting from the re-stratification was an adjustment to the largest size stratum for each depository institution group so that it would be a certainty stratum (that is, all members of the stratum must have responded to the survey, although not necessarily to each item). The makeup of the strata also changed somewhat as a result of the entry and exit of some institutions between November 2003, when the sample was drawn, and April 2004, and of changes in the value of transaction deposits that occurred between September 2003, when transaction deposits used for the sample selection were reported, and March 2004.  Item Nonresponse and Imputation Once the figures for March and April were aggregated (and annualized by multiplying the sums by 6), the desired sample dataset consisted of 42,000 cells— (1,500 depository institutions)times(14 debit categories) times (number + value). Of these, data for 12,274 cells, or 29.2 percent, were not reported. For the totals by instrument, incidence of nonresponse varied from a low of 5.6 percent for the number of checks to a high of 45.4 percent for the value of PIN-based debit card payments.  The nonresponse rates suggest that for checks, and to a lesser extent for debit cards and ATM transactions, numbers are easier to report than values, whereas for ACH transactions, values are slightly easier to report than numbers. But, as noted in the text, some depository institutions could not accurately report ACH payments. Discussions with respondents indicated that at least some of them had difficulty distinguishing between true ACH payments and some very large-value internal funds transfers, called offset entries (which are not considered payments) that were processed in-house (on-us) on a shared platform. These offset entries were large in value but small in number, resulting in elevated average values for both on-us and total ACH transactions for some institutions. Not all depository institutions have an automated capability to report the number and value of payments by instrument as requested by the survey. Some respondents could not report the requested items at all. Of those that could, many needed to request the information from a payments processing service provider or a correspondent depository institution or had to set up systems to collect the information specifically to respond to the survey. To create a rectangular dataset suitable for a variety of analyses, each of the missing items was imputed using a multiple imputation procedure. For each missing item, the imputation procedure used information from the other depository institutions in the same stratum that reported the missing item and from any related items that were reported by the institution with the missing item. The imputation procedure fit a linear regression model of the logarithm of the missing item (the dependent variable) to the logarithms of related items (the independent variables) and a constant term. (At least one independent variable—transaction deposits—was always available.) The fitted regression yielded a predicted value and an associated standard deviation for the missing item. To arrive at an imputed value, a random deviate, drawn from a normal distribution with a mean of zero and the standard deviation from the fitted regression, was added to the predicted value. Occasionally the regressions yielded inconsistent imputations for items known to be subsets of totals (for example, for some institutions the imputations  of on-us checks exceeded their total checks). In this relatively small number of cases, a different imputation was used—the one for which the ratio of the imputed subset to the total was equal to the mean of the same ratio for other depository institutions in the stratum. This imputation procedure was repeated five times, each time using a newly drawn deviate in the calculation, to obtain five datasets containing both actual responses and imputations. All the summary statistics based on this 2004 depository institution survey are averages of estimates calculated from the five datasets. The variation among the five estimates provides information about the uncertainty in the overall estimate arising from the imputations.  Estimation The actual and imputed data for respondents were converted to estimates for the population using a separate ratio estimator, with the value of transaction deposits being the covariate for each item. That is, for a given item and within a depository institution typesize stratum, the sum of the respondents' data was multiplied by the ratio of the transaction deposits in the population to the transaction deposits at the responding institutions. The associated sampling standard error was based on a classical statistical formula that accounts for the uncertainty arising from the use of a sample rather than a census, and on the variation among imputed figures that accounts for the uncertainty arising from the fact that some items needed to be imputed.  In terms of sampling error, the estimates turned out to be more precise than expected at the time the sample size was set. The 95 percent confidence intervals for the national estimate of checks were ±1.8 percent of the number of checks paid and ±2.2 percent of the value. This better-than-expected performance appears to be a result of a larger-thanexpected number of respondents (20 percent more than for the 2001 survey), greater-than-expected response rates for the largest institutions, and less within-sample variation than for the 2001 depository institution survey. The confidence intervals for the national estimates of other debit activity were narrower than ±5 percent with four exceptions: number [footnote] 47. For an overview of multiple imputation techniques, and see value of on-us ACH credit and debit transactions Donald B. Rubin (1987), Multiple Imputation for Nonresponse in that were cleared through the ACH network rather Surveys, John Wiley and Sons (New York).[endoffootnote.] These survey items were much less [footnote] 48. Using the logarithms of the data is a common approach inthan the in-house. regression analysis of models that posit a constant linear relationship between the percent change of the dependent variable and the percent changes of the independent variables and in which all variables are limited to nonzero values.[endoffootnote.]  [footnote] 49. ACH credit and debit transactions were estimated separately but were aggregated in the tables in this article.[endoffootnote.]  correlated with the level of transaction deposits than were the other items.  Estimates by Geographic Region and Urban or Rural Location of Deposits Although the survey was not explicitly designed to facilitate geographic analysis of account debit patterns, the responses were sufficient, when combined with external data on each depository institution's total deposits distributed by region, to make broad comparisons possible. For each of the four regions— Northeast, South, Midwest, and West—separate estimates were calculated for single-region depository institutions (those having deposits in only one region) and multiregion depository institutions (the 322 institutions having deposits in more than one region). The survey did not directly collect regional data from multiregion depository institutions. The geographic distribution of depository institutions' total deposits (including both transaction and savings deposits) were available, so each type of account debit for each multiregion depository institution in the population was assumed to be distributed across regions in proportion to the location of its deposits, and were allocated to regions accordingly. (No such assumption was necessary to allocate data for singleregion depository institutions.) To produce the regional estimates, depository institutions' regionally allocated data were restratified by region, type, and size and by multiregion or singleregion status. For each region, separate estimates were produced for single-region depository institutions and the allocated portion of multiregion depository institutions' data. New, separate ratio estimators were produced using these strata following the procedure described in the preceding section. It turned out that national estimates obtained from aggregating these regional estimates were about the same as those obtained from the original analysis and were adjusted to make the aggregates match without affecting the proportions allocated. The assumption that the payments and transaction deposits of depository institutions are regionally distributed in proportion to the distribution of their deposits is consistent with the hypothesis that customers of multiregion depository institutions who are located in different regions exhibit payments behavior more similar to each other than do customers  of different depository institutions who are located in different regions. The assumption used to construct these regional aggregates—namely, that each regional fraction of a depository institution' s customers exhibit similar payments behavior—may be overly restrictive and could affect the accuracy of regional estimates. That is because the assumed allocation of transaction deposits or account debits would be too large (too small) for a region if the true allocations for the institution were lower (higher) in that region. The uncertainties that arise from allocation of data to regions described above cause difficulties for the statistical analysis of the estimated differences among regions. If large differences actually exist between the proportions of payments a depository institution processes for a pair of regions, the assumption mutes the estimated differences between that pair of regions. It makes the two regions appear more similar than they really are. The same assumption may also create the appearance of a difference with a third region that may not exist in reality. This potential problem can be illustrated by the following hypothetical example: Suppose that check activity is higher in the Northeast than in the South and that there is no difference (in fact) between the South and the Midwest. Then our procedure for allocating the data of a depository institution with a presence in the Northeast and South may mask the difference between the Northeast and South while creating an apparent difference between the South and the Midwest. Sampling standard errors were not calculated for the regional estimates because of uncertainty about the effects of the allocation of data for multiregion depository institutions. However, the results of crosssectional regressions, one of which is mentioned in the body of this article, together with the similarity between the patterns of multiregion and single-region estimates as well as the regional patterns for checks identified in both the 2004 and 2001 surveys, demonstrate that regional differences do exist. Estimates of urban and rural account debit activity were constructed using a method similar to that used to construct estimates by region. Urban areas were defined as metropolitan statistical areas, and rural areas as all other areas. Thus, some urbanized areas, such as certain outlying suburbs that surround metropolitan statistical areas, were included in the rural regions.  The 2004 Electronic Payment  Survey  [footnote] 50. For credit unions, the geographic distribution of an institution's The 2004 electronic payments survey sent branches served as a proxy for the geographic distribution of its total deposits.[endoffootnote.] naires to all electronic payments networks,  questioncard issu-  ers, and card processors to estimate the number and value of electronic payments originated in the United States in 2003 with commonly used payment instruments—general-purpose and private-label credit cards, signature-based and PIN-based debit cards, ACH payments, and electronic benefits transfers. The collection of these data was straightforward because the processing of electronic payments is largely centralized and the respondents can generally supply accurate data on the number and value of these payments from business records. Payments for issuers that did not respond to the survey were estimated from available information, but they represented a small share of the estimated totals.  For estimates of total ACH payments, data from the 2004 depository institution survey were used to estimate the fractions of ACH transactions, by number, that were on-us and cleared in-house (separately for debit and credit transactions). The estimated fractions were combined with electronic payment survey data to estimate on-us ACH payments for 2003, and these data were added to the network ACH payments in 2003 to yield estimates for all ACH. The same fractions were used to estimate on-us ACH payments for 2000; the resulting estimates of the total number and value of ACH payments for that year are a revision from estimates provided in earlier reports.