The 'Prudent Retiree Rule': What to Do When Retirement Security is Impossible?
Jeffrey N. Gordon
Columbia Law School; European Corporate Governance Institute (ECGI)
Lewis & Clark Law Review, Vol. 11, No. 481, 2007
Columbia Law and Economics Working Paper No. 314
Policy debates about the appropriate risk levels for individual retirement plans and social retirement plans (like social security) often pay insufficient attention to the inescapable trade-off between payment risk (the risk of insufficient funding for anticipated benefits) and short fall risk (the risk of insufficient benefits for a satisfactory retirement). Thus a prudent retiree rule would permit a prudent level of contingent funding of retirement payouts. Contingent funding - basing benefit expectations on funding sources that may not materialize - increases payment risk, yet pension systems without some contingent funding will produce inferior benefits in most states of the world, increasing shortfall risk. Contingent funding can take different forms: underfunding (in an actuarial sense) of defined benefit promises, which means reliance on the firm's continued profitability; a tilt toward equity investments in a defined contribution plan, including an appropriate level of employer own stock, and reliance on pay-as-you-go (PAYGO) funding of social security benefits in which each generation funds its predecessor's benefits. The case for the prudent retiree rule is strengthened through a better appreciation of the underlying risks to retirement security: demographic risk (too many retirees relative to workers); economic risk (insufficient economic growth) and distributional risk (non-effort-based individual economic outcomes). Policies that address these risks can significantly reduce the risks associated with contingent funding.
Number of Pages in PDF File: 16
JEL Classification: D30, G23, G28, H55, Ill, J18, J38, K31Accepted Paper Series
Date posted: July 19, 2007
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo5 in 0.296 seconds