EARNINGS ANNOUNCEMENTS,QUALITY AND QUANTITY OF INFORMATION,AND STOCK PRICE CHANGES

We analyze the informational effect of earnings announcements on stock price changes. Although prior studies postulate that the direction and magnitude of earnings surprises contribute to abnormal stock price changes, we attribute earnings surprises and subsequent stock price changes to the quality and quantity of available information. If a stock is followed by many financial analysts, the amount of information available to investors contributes to higher quality information, which in turn is reflected by a small earnings surprise. Furthermore, we demonstrate that as the quality and quantity of information increase, stock prices adjust more quickly, which sheds additional light on the post-earnings-announcement drift issue. Finally, cross-sectional analysis reveals that the flow of information, as measured by the rate of trading volume changes, and the stock of information, as measured by the number of financial analysts, contributes significantly to the variations in excess returns and return volatility. Traditional variables, such as earnings surprises, earnings reporting lag, and firm size, do not perform well.     

THE INFORMATION CONTENT OF SIGN AND SIZE OF EARNINGS ANNOUNCEMENTS: NEW ZEALAND EVIDENCE

This paper examines the effect of 1196 earnings announcements on share prices, using the familiar cumulative abnormal return method of analysis. Earnings are partitioned into unexpected earnings increases and decreases using a martingale model. As well, six portfolios are established, based on the size of unexpected earnings, using two different measures of size.     

THE RELATION AMONG DIVIDEND POLICY,FIRM SIZE,AND THE INFORMATION CONTENT OF EARNINGS ANNOUNCEMENTS

In this paper we investigate the role of dividends in explaining the size effect. The previous literature concludes that before the firm's earnings announcement, small firm stock prices impound less information than large firm stock prices. This size effect is evidenced by the greater market reaction to small firm earnings announcements than to large firm earnings announcements. We find that if the dividend announcement precedes the earnings announcement, no size effect exists. The implication is that the information conveyed by dividend announcements includes the information conveyed to investors in large firms by other information sources. However, if the firm does not pay dividends or if the firm's earnings announcement precedes its dividend announcement, the size effect exists. The implication is that dividends do not completely explain the size effect. That is, there are information sources other than dividends that are exclusively available to investors in large firms, and the information provided by these sources is reflected in the stock price of large firms before the earnings announcement.     

THE INFORMATION CONTENT OF UK ANNUAL EARNINGS ANNOUNCEMENTS: A NOTE

The study examined whether UK annual earnings possessed information or not, using Beaver's (1968) residual variance approach methodology. The research confirms results reported in other studies.     

DIVIDEND CHANGE ANNOUNCEMENT EFFECTS AND EARNINGS VOLATILITY AND TIMING

Recent modeling using the asymmetric information framework suggests that the magnitude of a market response to dividend change announcements should be related to the timing of the dividend announcement vis-a-vis the earnings release and to the stability of those earnings. The announcement effects of regular quarterly dividend changes are tested and these effects are related to the percentage change in the dividend yield, to the stability of the firm's earnings, to the timing of dividend and earnings announcements, and to the level of earnings compared with prior quarters. Analysis indicates that significant relationships exist between the announcement effect and changes in the dividend yield, and whether the dividend change is positive or negative. Only weak evidence exists that dividend announcement effects are larger when current earnings are unknown.