Risk Measurement and Listed Property Trust Investment Strategies : Focusing on the Downside
Author/s: Vincent Peng
Date Published: 1/01/2005
Published in: Volume 11 - 2005 Issue 2 (pages 178 - 199)
Abstract
Measuring investment risk precisely is critical to investment strategies. In common practice, the most popular measure of risk is standard deviation. However, standard deviation makes no distinction between positive and negative deviations from the mean. Such risk measurement could lead to biased decision making, given that asset returns are generally not symmetrically distributed. In this paper, risk is confined to adverse outcomes that are measured by the negative semi-deviation. By examining Australian Listed Property Trusts (LPTs) for the period of 1985- 2004, this paper illustrates how the differentiation between risk (semi-deviation) and uncertainty (standard deviation) make significant differences in performance measurement and optimal portfolio construction. This paper demonstrates that the concept and application of downside risk is a valuable construct to LPT investment strategies.Download Full Article
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Keywords
Downside Risk - Investment Risk - Investment Strategies - Listed Property TrustsReferences
- Alles, L. and Kling, J. (1994). Regularities in the Variation of Skewness in Asset Returns. Journal of Financial Research, 17, 427 438.
- Bekaert, G., Erb, C., Harvey, C. and Viskanta, T. (1998). Distributional Characteristics of Emerging Market Returns and Asset Allocation. Journal of Portfolio Management, 102–116.
- Cheng, P. (2001). Comparing Downside-Risk and mean-Variance Analysis Using Bootstrap Simulation. Journal of Real Estate Portfolio Management, 7:3, 225–238.
- Cheng, P. and Wolverton, M. (2001). MPT and the Downside Risk Framework: A Comment on Two Recent Studies. Journal of Real Estate Portfolio Management, 7:2, 125–131.
- Chunhachinda, P., Dandapani, K., Hamid, S. and Prakash, A. (1997). Portfolio Selection and Skewness: Evidence from International Stock Markets. Journal of Banking & Finance, 21:2, 143–167.
- DeFusco, R, Karels, G. and Muralidhar, K. (1996). Skewness Persistence in US Common Stock Returns: Results from Bootstrapping Tests. Journal of Business Finance and Accounting, 23:8, 1183–1195.
- Domar, E. and Musgrave, R. (1944). Proportional Income Taxation and Risk-Taking. Quarterly Journal of Economics, 58:3, 388–422.
- Fishburn, P. (1977). Mean-Risk Analysis with Risk Associated with Below-Target Returns. The American Economic Review, 67:2, 116–25.
- Giliberto, M. (1990). Equity Real Estate Investment Trusts and Real Estate Returns. Journal of Real Estate Research, 5:2, 259–263.
- Graff, R. (1998). The Impact of Seasonality on Investment Statistics Derived from Quarterly Returns. Journal of Real Estate Portfolio Management, 4:1, 1–16.
- Harlow, W. (1991). Asset Allocation in a Downside Risk Framework. Financial Analysts Journal, 41, 28–40.
- Hogan, W. and Warren, J. (1974). Toward the Development of an Equilibrium Capital Market Model Based Semivariance. Journal of Financial and Quantitative Analysis, January, 1–11.
- Hoskins, C. (1973). Distinctions between Risk and Uncertainty. Journal of Business Finance, 5:1, 10–12.
- Kritzman, M. (1994). What Practitioners Need to Know about Time Diversification. Financial Analysts Journal, 50:1, 14–18.
- Levy, H. and Markowitz, H. (1979). Approximating Expected Utility by a Function of Mean Variance. The American Economic Review, 69:3, 308–317.
- Low, C. (1998). The Bulls and Bears in the Cross-Section of Stock returns: Exploring an Asymmetric Semivariance Risk Factor. Working Paper, Yale School of Management.
- Mao, J. (1970). Models of Capital Budgeting: E-V vs. E-S. Journal of Finance and Quantitative Analysis, January, 657–675.
- Markowitz, H. (1959). Portfolio Selection, John Wiley & Sons: New York, NY.
- Myer, F. and Webb, J. (1994). Statistical Properties of Returns: Financial Assets Versus Commercial Real Estate. Journal of Real Estate Finance and Economics, 8:3, 267–282.
- Nawrocki, D. (1991). Optimal Algorithms and Lower Partial Moments: Ex post Results. Applied Economics, 23, 465–470.
- Newell, G. (1998). The Distributional Characteristics of Australian Commercial Property Returns. Australian Land Economics Review, 4:1, 23.
- Newell, G. and MacFarlane, J. (1998). The Effect of Seasonality of Valuations on Property Risk. Journal of Property Research, 15:3, 167–182.
- Newell, G. and MacFarlane, J. (1996). Risk Estimation and Appraisal-smoothing in UK Property Returns. Journal of Property Research, 13, 1–12.
- Newell, G. and MacFarlane, J. (1995). Improved Risk Estimation Using Appraisalsmoothed Real Estate Returns. Journal of Real Estate Portfolio Management, 1:1, 51–57.
- Newell, G. and MacFarlane, J. (1994). Property More Volatile Than You Thought. JASSA, March, 25–27 & 37.
- Newell, G. and Webb, J. (1996). Assessing Risk for International Real Estate Investments. Journal of Real Estate Research, 11:2, 103–115.
- Peng, V. (2004). Selectivity, Timing and the Performance of Listed Property Trusts: Implications for Investment Strategies. Pacific Rim Property Research Journal, 10:2, 235–255.
- Porter, R. (1974). Semivariance and Stochastic Dominance: A Comparison. The American Economic Review, 64:1, 200–204.
- Raj, M., Forsyth, M. and Tomini, O. (2003). Fund Performance in a Downside Context. Journal of Investing, 12:2, 50–57.
- Roy, A. (1952). Safety First and the Holding of Asset. Econometrica, 20, 431–439.
- Scott, R. and Horvath, P. (1980). On the Direction of Preference for Moments of Higher Order Than the Variance. Journal of Finance, 35:4, 915–919.
- Sharpe, W. (1998). Morningstar s Risk-adjusted Ratings. Financial Analysts Journal, 54:4, 21–33.
- Sing, T. and Ling, S. (2003). The Role of Singapore REITs in A Downside Risk Asset Allocation Framework, Journal of Real Estate Portfolio Management, 9:3, 219–236.
- Sing, T. and Ong, S. (2000). Asset Allocation in A Downside Risk Framework. Journal of Real Estate Portfolio Management, 6:3, 213–224.
- Sivitanides, P. (1998). A Downside-Risk Approach to Real Estate Portfolio Structuring. Journal of Real Estate Portfolio Management, 4:2, 159–168.
- Wheaton, W. and Torto, R. (1989). Income and Appraised Values: A Re-Examination of FRC Returns Data. AREUEA Journal, 17:4, 439–449.
- Young, M. and Graff, R. (1995). Real Estate is Not Normal: A Fresh Look at Real Estate Return Distributions. Journal of Real Estate Finance and Economics, 10, 225–259.