After firms move trading in their stock to the American or New York Stock Exchanges, stock returns are generally poor. Many of these firms have been public only a short period of time. Moreover, once listed, several firms make seasoned equity offerings. However, the negative post-listing drift is not a manifestation of the new-equity issuance puzzle. Instead, the negative post-listing drift appears to be the result of managers opportunistically choosing when to apply for listing. The barriers posed by initial listing requirements appear to cause some managers to apply for listing prior to a decline in performance. These requirements are more binding in smaller, less widely held stocks, the same stocks for which the drift is most severe. For large, more widely held firms, the post-listing drift is absent. This finding of opportunistic behavior is strikingly similar to the market timing arguments that have been offered to explain the poor performance observed following equity offerings.

After firms move trading in their stock to the American or New York Stock Exchanges, stock returns are generally poor. Although many listing firms issue equity around the time of listing, postlisting performance is not entirely explained by the equity issuance puzzle. Similar to the conclusions regarding other long-run phenomena, poor postlisting performance appears related to managers timing their application for listing. Managers of smaller firms, where initial listing requirements may be more binding, tend to apply for listing before a decline in performance. Poor postlisting performance is not observed in larger firms.

This article establishes efficient lattice algorithms for pricing American interest-sensitive claims in the Heath, Jarrow, and Morton paradigm under the assumption that the volatility structure of forward rates is restricted to a class that permits a Markovian representation of the term structure. The class of volatilities that permits this representation is quite large and imposes no severe restrictions on the structure for the spot rate volatility. The algorithm exploits the Markovian property of the term structure and permits the efficient computation of all types of interest rate claims. Specific examples are provided.

After firms move trading in their stock to the American or New York Stock Exchanges, stock returns are generally poor. Although many listing firms issue equity around the time of listing, post‐listing performance is not entirely explained by the equity issuance puzzle. Similar to the conclusions regarding other long‐run phenomena, poor post‐listing performance appears related to managers timing their application for listing. Managers of smaller firms, where initial listing requirements may be more binding, tend to apply for listing before a decline in performance. Poor post‐listing performance is not observed in larger firms.

This article investigates market reactions to initiations and omissions of cash dividend payments. Consistent with prior literature, the authors find that the magnitude of short-run price reactions to omissions are greater than for initiations. In the year following the announcements, prices continue to drift in the same direction, though the drift following omissions is stronger and more robust. This postdividend initiation/omission price drift is distinct from and more pronounced than that following earnings surprises. A trading rule employing both samples earns positive returns in twenty-two out of twenty-five years. The authors find little evidence for clientele shifts in either sample.

Nine papers commissioned by Harvard Business School faculty for a colloquium in May 1992 delve into a variety of issues and developments faced by managers of financial intermediaries in the rapidly changing banking industry. They include deregulation, the thrift crisis, international insurance, and

This article establishes efficient lattice algorithms for pricing American interest-sensitive claims in the Heath, Jarrow, Morton paradigm, under the assumption that the volatility structure of forward rates is restricted to a class that permits a Markovian representation of the term structure. The class of volatilities that permits this representation is quite large and imposes no severe restrictions on the structure for the spot rate volatility. The algorithm exploits the Markovian property of the term structure and permits the efficient computation of all types of interest rate claims. Specific examples are provided.

This article establishes efficient lattice algorithms for pricing American interest‐sensitive claims in the Heath, Jarrow, and Morton paradigm, under the assumption that the volatility structure of forward rates is restricted to a class that permits a Markovian representation of the term structure. The class of volatilities that permits this representation is quite large and imposes no severe restrictions on the structure for the spot rate volatility. The algorithm exploits the Markovian property of the term structure and permits the efficient computation of all types of interest rate claims. Specific examples are provided.

This article investigates market reactions to initiations and omissions of cash dividend payments. Consistent with prior literature we find that the magnitude of short-run price reactions to omissions are greater than for initiations. In the year following the announcements, prices continue to drift in the same direction, though the drift following omissions is stronger and more robust. This post-dividend initiation/omission price drift is distinct from and more pronounced than that following earnings surprises. A trading rule employing both samples earns positive returns in 22 out of 25 years. We find little evidence for clientele shifts in either sample.