Abstract

 
 

References (53)



 


 



Mechanisms of Board Turnover: Evidence from Backdating


Frederick L. Bereskin


University of Delaware

Clifford W. Smith Jr.


Simon Graduate School of Business, University of Rochester

March 7, 2013


Abstract:     
We analyze board turnover of firms implicated in stock-option backdating to assess the effectiveness of board elections. Our evidence suggests that despite high reelection rates, board turnover among nominated directors is substantial and thus reelection rates are of limited value in assessing the effectiveness of shareholder voting. Independent and management directors depart boards though different mechanisms: independent directors primarily are not renominated, while management directors generally resign. Critically, each of these decisions is affected by the anticipated outcome of a potential shareholder vote. We also find that directors who are named as responsible for backdating experience net reductions in both the quality and quantity of their board seats.

Number of Pages in PDF File: 37

working papers series


Download This Paper

Date posted: August 11, 2011 ; Last revised: March 9, 2013

Suggested Citation

Bereskin, Frederick L. and Smith, Clifford W., Mechanisms of Board Turnover: Evidence from Backdating (March 7, 2013). Available at SSRN: http://ssrn.com/abstract=1908172 or http://dx.doi.org/10.2139/ssrn.1908172

Contact Information

Frederick L. Bereskin (Contact Author)
University of Delaware ( email )
Alfred Lerner College of Business and Economics
Newark, DE 19716
United States
Clifford W. Smith Jr.
Simon Graduate School of Business, University of Rochester ( email )
Carol Simon Hall 3-202C
Rochester, NY 14627
United States
585-275-3217 (Phone)
585-442-6323 (Fax)
Feedback to SSRN (Beta)


Paper statistics
Abstract Views: 1,555
Downloads: 162
Download Rank: 91,457
References:  53

© 2013 Social Science Electronic Publishing, Inc. All Rights Reserved.  FAQ   Terms of Use   Privacy Policy   Copyright
This page was processed by apollo7 in 0.328 seconds