Investment Behavior of Stock Exchanges and the Rationale for Demutualization - Theory and Empirical Evidence
Goethe University Frankfurt - Department of Finance
Goethe University Frankfurt - Department of Finance; Zeppelin University
EFA 2007 Ljubljana Meetings Paper
This paper deals with two, potentially intertwined issues of stock exchange governance. First, we demonstrate in a static global games model that investment propensity will vary across different types of organizational forms and competition scenarios. Exchanges organized as mutuals are particularly ill-suited compared to trading venues owned by outside investors, when investments result in potential rents for only few of their members. These circumstances are likely when exchanges invest in related business activities such as derivatives trading, post-trading and software development services. Second, we explain in a dynamic overlapping-generations framework the rationale for the recent wave of demutualization, which describes the process of converting a mutual, not-for-profit stock exchange into an outsider-owned, commercial firm. Our model shows that a mutual exchange, facing competition from a for-profit, outsider-owned platform, can only survive by adopting a similar governance structure. Our paper will also provide empirical evidence for the two main predictions derived from the models. For that purpose, we employ bivariate probit regressions to simultaneously estimate the propensity to invest and to demutualize, thereby accounting for potential endogeneity issues. We show that competitive pressure indeed increases the likelihood of demutualization and that outsider-owned exchanges have a stronger propensity to invest into related business activities.
Number of Pages in PDF File: 53
Keywords: Stock Exchanges, Demutualization, investment decision, global games
JEL Classification: G15, D07, L02, C33, C35working papers series
Date posted: February 26, 2007
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo2 in 0.671 seconds