Abstract
We find evidence that a firm’s record earnings influence market response to earnings news. Our results show that the proximity of the firm’s earnings to its record earnings leads to investors’ underreaction following earnings announcements, exacerbating post-earnings-announcement drift. Such biased behavior is more pronounced in low-growth firms and firms with low institutional ownership. Meanwhile, analysts are not subject to this anchoring bias when a firm’s earnings are close to its record earnings. Overall, we find that a firm’s record earnings play an important role as an anchor when market participants evaluate the firm’s earnings news.
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Notes
See the Wall Street Journal article “Amazon Posts Another Blockbuster Profit” released on July 28, 2016, at http://www.wsj.com/articles/amazon-posts-another-blockbuster-profit-1469736704.
See the Wall Street Journal article “Tyson Foods Projects Record Profits; Shares Hit All-Time High” released on February 5, 2016, at http://www.wsj.com/articles/tyson-foods-beats-profit-expectations-boosts-outlook-1454678628.
In the literature, a measure of standardized unexpected earnings (SUE) is typically estimated in two ways, depending on how to calculate predicted earnings. First, it is calculated as the difference between actual earnings and earnings predicted by a seasonal random walk model (Bernard and Thomas 1990; Battalio and Mendenhall 2005). Second, it is measured as the difference between actual earnings and the median value of analysts’ forecast estimates (Livnat and Mendenhall 2006).
Several financial websites such as MarketWatch (https://www.marketwatch.com/investing/stock), Morningstar (https://financials.morningstar.com), and NASDAQ (http://www.nasdaq.com), provide 5- or 10-year financial data including historical net income and earnings per share (EPS). Given this data availability, we exclude firms whose record earnings did not change for more than 10 years (40 fiscal quarters).
Prior literature shows that different anchors lead to different reactions from investors or managers and subsequent return patterns. For instance, in addition to stock price anchors, Campbell and Sharpe (2009) show that experts’ consensus forecasts of macroeconomic data are biased towards the values of the previous month. Dougal et al. (2015) find that a firm’s borrowing rate on its most recent loan plays a role as an anchor for the firm’s borrowing costs on new loans. These findings reveal that anchoring effects heavily rely on types of anchors used by investors or managers, rather than cross-sectional variations in equity markets or corporate conditions. Since record earnings are a new anchor that has not been investigated in the literature, whether or how investors react to this anchor could still be an empirical issue. We thank our referee for bringing up this point.
Many studies attempt to find out why PEAD appears. Bernard and Thomas (1989) propose several possible explanations on the occurrence of PEAD, such as the existence of transaction costs or flawed asset pricing models. Some studies suggest behavioral explanations, such as investor conservatism (Barberis et al. 1998) and investor overconfidence (Daniel et al. 1998). Despite these efforts, there is no clear explanation about the cause of the drift in the literature (Jacob et al. 2000).
The COMPUSTAT database starts from 1961. Therefore, due to the unavailability of data, we do not consider record high earnings before 1961 for our analysis.
We separately analyze firms with RH ratios that are equal to or greater than one in Sect. 5.2.
In unreported tables, we additionally repeat the analysis after (1) including all observations and (2) excluding firms whose record earnings last for more than 5 years. Overall, the results remain unchanged in terms of magnitude and significance.
The RH ratio is lower than the mean values of the nearness of a stock price to its reference prices reported in Lee and Piqueira (2017). They show that the average distance of the stock price to its 52-week high is 83%, while the average distance to its historical high is 49%. Such differences could be attributed to the frequency of data. While the distance of a stock price to its past high price is measured from relatively high-frequency market data, the RH ratio is calculated based on quarterly financial statements data.
See Fama and French (2015) for the estimation of factor loadings.
We define as day 0 the next day following an earnings announcement in case of after-hours announcements. This treatment mitigates the concern that return on day t + 1 indicates earnings surprises, especially when a majority of firms tend to release earnings after trading hours. For robustness checks, we re-estimate returns for the same time windows starting day t + 2. Results remain significant, although the magnitudes of cumulative abnormal returns are smaller.
To check whether our results are robust to the use of different benchmarks in computing CARs, we repeat the analysis using CARs based on CRSP equal-weighted market returns and Fama–French (1993) size and market-to-book adjusted returns. The results are unchanged in terms of significance (unreported). We mainly report CARs based on CRSP value-weighted market returns hereafter. Results with different CARs are available upon request.
For robustness checks, we repeat the analysis for firms with negative record earnings. In unreported tables, we find that CARs are higher when firms’ earnings are closer to their record earnings (low RH portfolio), but the return difference between the highest and lowest RH portfolios is not statistically significant. When a firm’s earnings are the same as its negative record earnings, subsequent returns increase sharply and are significantly different from those for the highest and lowest RH portfolios. When current earnings hit a new record, subsequent returns are significantly higher than those for the highest RH portfolios, while the returns are not significantly different from those for the lowest RH portfolios. Overall, the results are robust with negative record earnings but relatively weaker compared to the results based on positive record earnings.
We also perform the test for firms with negative record low earnings and record low ratios greater than one. The results are consistent with our findings in this section (unreported).
We also repeat the tests using average 52-week high ratios for different event windows around earnings announcements. Overall results are unchanged.
Since the sentiment index is constructed on a monthly basis, we still estimate Eq. (4) with year-quarter fixed effects in this section. We also run the regression without year-quarter fixed effects, given the possibility that the sentiment effect could be washed out due to the inclusion of time fixed effects. It turns out that the results without year-quarter fixed effects are similar to those in Table 10.
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Acknowledgements
We thank the editor Cheng-Few Lee, an anonymous referee, Jared DeLisle, Tunde Kovacs, and participants of the 2017 Financial Management Association Annual Meeting and the 2017 Southern Finance Association Annual Meeting for their helpful comments and suggestions.
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Appendices
Appendix 1: Sample analysis
This table reports the breakdown of the sample based on the signs of record earnings and the magnitudes of RH ratios.
Variable | Number of firm-quarter observations | |
---|---|---|
HEPSt > 0 | 132,924 | 96.45% |
RHratiot < 1 | 123,124 | 92.63% |
RHratiot = 1 | 1144 | 0.86% |
RHratiot > 1 | 8656 | 6.51% |
HEPSt < 0 | 4896 | 3.55% |
RHratiot < 1 | 691 | 14.11% |
RHratiot = 1 | 111 | 2.27% |
RHratiot > 1 | 4094 | 83.62% |
Total | 137,820 | 100% |
Appendix 2: Variable definitions
Variable | Definition |
---|---|
bidaskt,t + n | Bid-ask spread, the difference between bid and ask prices scaled by the bid-ask midpoint, averaged over n days |
bmratioq | Book value of equity (book value of stockholder’s equity plus balance sheet deferred taxes minus the book value of preferred stock) divided by the market value of equity at the end of quarter q |
CARt + 1, t + n | Cumulative abnormal return, which is calculated as the sum of stock returns minus benchmark returns from day t + 1 to day t + n. The benchmark returns are CRSP value-weighted market returns |
EPSq | Earnings per share (EPS) in quarter q |
Fcerrt − 1 | Lagged value of analysts’ forecast errors, which are defined as the absolute values of differences between median forecasts made by analysts within 2 weeks following earnings announcements and actual earnings for the following quarter |
HEPSq | Record high EPS in a given firm’s history at the beginning of quarter q |
levq | The sum of long-term debt and debt in current liabilities divided by total assets at the end of quarter q |
lnmcapq | The logarithm of market capitalization, which is calculated as monthly stock price times the number of shares outstanding at the end of quarter q |
PEratioq | Stock price at the end of quarter q divided by quarter-q earnings per share |
rett | Daily stock return |
RHratioq | Record high (RH) ratio, which is current EPS divided by record high EPS at the beginning of quarter q |
RH_H | A dummy variable that equals one if a firm is in the top two RH quintiles and zero otherwise |
RH_L | A dummy variable that equals one if a firm is in the bottom two RH quintiles and zero otherwise |
RLratioq | Record Low (RL) ratio, which is record low EPS at the end of the previous quarter divided by current EPS |
ROAq | Operating income before depreciation divided by book value of assets at the end of quarter q |
RRratioq | Record range ratio, which is the difference between record high earnings and current earnings divided by the difference between record high and low earnings at the beginning of quarter q |
σt,t + n | Difference between the high and low price divided by the high price averaged over n days |
Sentm | Monthly sentiment index constructed by Baker and Wurgler (2006). This is established based on the first principal component of five sentiment proxies—value-weighted dividend premium, first-day returns on IPOs, IPO volume, closed-end fund discount, and new equity issues. These proxies are orthogonalized in terms of several macroeconomic indicators. Please see Baker and Wurgler (2006) for the detailed description |
SUEq | Standardized unexpected earnings, calculated as the difference between actual earnings and the median value of analysts’ forecasts, scaled by quarter-end stock price |
SUE_H | A dummy variable that equals one if a firm is in the top two SUE quintiles and zero otherwise |
SUE_L | A dummy variable that equals one if a firm is in the bottom two SUE quintiles and zero otherwise |
turnovert,t + n | Daily trading volume scaled by the number of shares outstanding averaged over n days |
52wkHt | Daily stock price divided by the highest price achieved within the past 52 weeks |
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Jang, J., Lee, E. Do record earnings affect market reactions to earnings news?. Rev Quant Finan Acc 56, 1259–1287 (2021). https://doi.org/10.1007/s11156-020-00927-4
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DOI: https://doi.org/10.1007/s11156-020-00927-4