Treasury Yields and Corporate Bond Yield Spreads

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Treasury Yields and Corporate Bond Yield Spreads Treasury yields and corp orate b ond yield spreads: An empirical analysis Gregory R. Du ee Federal Reserve Board Mail Stop 91 Washington, DC 20551 202-452-3055 gdu [email protected] First version January 1995 Currentversion May 1996 previously circulated under the title The variation of default risk with Treasury yields Abstract This pap er empirically examines the relation b etween the Treasury term structure and spreads of investment grade corp orate b ond yields over Treasuries. I nd that noncallable b ond yield spreads fall when the level of the Treasury term structure rises. The extentof this decline dep ends on the initial credit quality of the b ond; the decline is small for Aaa- rated b onds and large for Baa-rated b onds. The role of the business cycle in generating this pattern is explored, as is the link b etween yield spreads and default risk. I also argue that yield spreads based on commonly-used b ond yield indexes are contaminated in two imp ortant ways. The rst is that they are \refreshed" indexes, which hold credit ratings constantover time; the second is that they usually are constructed with b oth callable and noncallable b onds. The impact of b oth of these problems is examined. JEL Classi cation: G13 I thank Fischer Black, Ken Singleton and seminar participants at the Federal Reserve Board's Conference on Risk Measurement and Systemic Risk for helpful comments. Nidal Abu-Saba provided valuable research assistance. All errors are myown. The analysis and conclusions of this pap er are those of the author and do not indicate concurrence by other memb ers of the research sta , by the Board of Governors, or by the Federal Reserve Banks. 1. Intro duction This pap er empirically examines the relation b etween the Treasury term structure and spreads of corp orate b ond yields over Treasuries. This relation is of interest in its own right b ecause it is essential to the calibration and testing of mo dels that price credit sensitive instruments. More broadly, this investigation allows us to address the nature of the biases in commonly-used indexes of corp orate b ond yields; biases induced by the way these indexes are constructed. Indexes of corp orate b ond yields are typically averages of yields on a set of b onds that are chosen based on the characteristics of the b ond at the time the average is computed. For example, to day's Mo o dy's Industrials Aaa-rated Bond Yield is to day's mean yield on a set of Aaa-rated b onds issued by industrial rms that have current prices not to o far away from par and have relatively long remaining maturities. Much academic work interprets changes in yield spreads constructed with such indexes as indicativeofchanges in default risk. This interpretation is sub ject to a number of p otential problems, twoof which are likely more imp ortant than others. The rst ma jor problem, as discussed by Due and Singleton (1995) in the context of indexes of new-issue swap spreads, is that these are \refreshed" indexes. The change in the yield from one p erio d to the next do es not measure the change in the mean yield on a xed set of b onds, but rather the change in the mean yield on two sequential sets of b onds that share the same features; in particular, that share the same credit rating. Hence using these indexes to investigate intertemp oral changes in b onds' default risk is problematic b ecause the indexes hold constant a measure of credit quality. The second ma jor problem is that corp orate b ond yield indexes are often constructed using b oth callable and noncallable b onds. Given the ob jectives of those constructing the indexes, such as Mo o dy's, this is sensible. Until relatively recently, few corp orations issued noncallable b onds, hence an index designed to measure the yield on a typical corp orate b ond would have to be constructed primarily with callable b onds. However, yields on callable b onds will be a ected by the value of the option to call. Variations over time in yield spreads on callable b onds will re ect, in part, variations in the option value. Other, less imp ortant problems that a ect most indexes of corp orate b ond yields in- clude coup on-induced changes in duration and state taxes. Given all of these biases, how appropriate is the assumption that changes in yield spreads for such indexes are driven by changes in default risk? I use month-end data on individual investment-grade b onds included in Lehman Broth- ers Bond Indexes from January 1985 through March 1995 to examine how yield spreads vary with changes in the level and slop e of the Treasury term structure. To illustrate the results discussed in this pap er, consider the average month-t yield spread (over the appropriate 1 Treasury instrument) for a group of noncallable coup on b onds with identical credit ratings and similar maturities. If the Treasury yield curve shifts down by 10 basis p oints b etween months t and t + 1, the average yield spread on this group of b onds rises bybetween 0.6 and 3.6 basis p oints. In other words, the price increase in a corp orate b ond that accompanies a given decrease in Treasury yields is b etween 6 and 36 p ercent less than it would b e if b ond yields and Treasury yields moved one-for-one. The resp onsiveness of the spread is weak for high-rated b onds (e.g., it is statistically insigni cant for Aaa-rated b onds) and strong for low-rated b onds. Although these results are for coup on b onds, any coup on-induced bias in these results is quite small. I also conclude that, after adjusting for coup on-induced biases, changes in the slop e of the term structure of Treasury yields are very weakly negatively related to changes in yield spreads. Surprisingly, although b oth yields on Treasury b onds and corp orate b ond yield spreads are linked to the business cycle (well-known facts that I con rm here), I nd it dicult to explain the relation between yield spreads and Treasury yields in terms of variations in default risk driven by the business cycle. I nd that, compared with the results discussed ab ove, changes in yield spreads con- structed with refreshed indexes of noncallable b onds have much weaker links to changes in Treasury yields. This evidence indicates that refreshed indexes underreact to variations in credit quality b ecause changes in credit ratings capture part of the variabilityof yield spreads over time. By contrast, changes in yield spreads constructed with indexes of callable b onds have much stronger links to changes in Treasury yields b ecause the value of the call option negatively varies with Treasury yields. For high-priced callable b onds, most of the variation in yield spreads is caused byvariations in the value of the call option. The next section discusses why the relation b etween yield spreads and Treasury yields is imp ortant and reviews some previous research. The third section describ es the database I use. The fourth section analyzes the relation b etween yield spreads on noncallable b onds and Treasury yields. It also discusses p ossible biases induced by coup ons and state taxes. The fth section attempts to interpret this relation in terms of default risk and the business cycle. The sixth section explores the b ehavior of yield spreads constructed with b oth refreshed indexes of noncallable b ond yields and indexes of callable b ond yields. Concluding comments are contained in the nal section. 2. Yield spreads and the Treasury term structure: An overview Prices of credit-sensitive instruments dep end on the covariances between discounted future obligated cash ows and the probabilities of default at future dates. Hence in order to parameterize pricing mo dels for credit-sensitive instruments, nancial economists must 2 understand the joint b ehavior of default-free discount rates and the market's p erception of default risk. Roughly sp eaking, is the risk of default larger or smaller when the present value of the obligated cash ows is high? A number of mo dels price interest rate sensitive, default-risky instruments, such as corp orate b onds and interest rate swaps, allowing for dep endence b etween the pro cess gen- erating default and the pro cess generating interest rates. One class of mo dels follows the path laid by Merton (1974) and mo dels default as a function of the value of the rm; changes in the value of the rm can b e correlated with interest rates. This class includes the mo dels of Co op er and Mello (1991), Abken (1993), Shimko, Tejima, and van Deventer (1993), and Longsta and Schwartz (1995). They nd that the prices of these instruments can b e very sensitive to the correlation b etween the rm's value and interest rates. Another, more recent class of mo dels simply sp eci es a default pro cess without tying default to the value of the rm. The probability of default can b e correlated with interest rates, as in Lando (1994) and Due and Huang (1995). However, one reason this class of mo dels was develop ed is that the mo dels are very tractable if default probabilities are indep endentofinterest rates.
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