Analysis of the Impact of Trading Liquidity on the Development of Investment Time Horizon on the Example of the Warsaw Stock Exchange
DOI:
https://doi.org/10.18778/0208-6018.324.09Keywords:
asymmetric information, liquidity of shares, clientele effect, the investment horizonAbstract
The importance of liquidity has been acknowledged for a long time now. Liquidity is defined as the ease with which an asset can be converted into cash. A considerable number of studies investigated stock liquidity providing evidence that more illiquid stocks yield higher returns which include an illiquidity premium. According to Amihuda and Mendelson (1986b: 43–48), a required rate of return on the shares (gross, i.e. after taking into account the cost of liquidity) should increase with increasing liquidity, but the marginal increase should decrease with an increasing investment horizon, thus decreasing the likelihood of premature termination of the investment. As a result, investors with different investment horizons may require different rates of return per unit of time from the same shares (Huang 2003: 104–129). Investor horizon is the time period for which an investor holds a stock. Most of the research conducted on investment horizon links it to liquidity, supporting the thesis that it is negatively related to liquidity. “Transaction costs and the holding periods for common stocks” written by Atkins and Dyl (1997: 309–325) is one of the first papers to investigate the effects of liquidity on holding period. The aim of this study is to show the dependencies occurring between the phenomena of investment horizon and asymmetric information and the liquidity of shares of a company.Downloads
References
Acharya V., Pedersen L.H. (2005), Asset pricing with liquidity risk, “Journal of Financial Economics”, vol. 77(2), p. 375–410.
Google Scholar
Aitken, M., Comerton-Forde C. (2003), How should liquidity be measured?, “Pacific-basin Finance Journal”, No. 11(1), p. 45–59.
Google Scholar
Alles L., Athanassakos G. (2006), The effect of investment horizons on risk, return and end-of period wealth for major asset classes in Canada, “Canadian Journal of Administrative Sciences”, vol. 23, p. 138–152.
Google Scholar
Amihud Y. (2002), Illiquidity and stock returns: cross-section and time-series effects, “Journal of Financial Markets”, No. 5, p. 31–56.
Google Scholar
Amihud Y., Mendelson H. (1986a), Asset Pricing and a Bid-Ask Spread, “Journal of Financial Economics”, vol. 17, p. 223–249.
Google Scholar
Amihud Y., Mendelson H. (1986b), Liquidity and Stock Returns, “Financial Analysts Journal”, vol. 42, No. 3, p. 43–48.
Google Scholar
Amihud Y., Mendelson H. (1989), The effects of beta, bid-ask spread, residual, risk and size on stock returns, “Journal of Finance”, No. 44, p. 479–486.
Google Scholar
Atkins, A.B., Dyl, E.A. (1997), Transaction costs and the holding periods for common stocks, “The Journal of Finance”, No. 52(1), p. 309–325.
Google Scholar
Beber, A., Driessen J., Tuijp P. (2012), Pricing liquidity risk with heterogeneous investment horizons, working paper, Cass Business School.
Google Scholar
Brigham E.F., Gapenski L. C. (2000), Zarządzeni Finansami, PWE, Warszawa.
Google Scholar
Cella C., Ellul A., Giannetti M. (2013), Investors’ horizon and the amplification of market shocks, “Review of Financial Studies”, No. 26, p. 1607–1648.
Google Scholar
Chang Y.Y., Faff R., Hwang C.-Y. (2010), Liquidity and Stock Returns in Japan: New Evidence, “Pacific-Basin Finance Journal”, No. 18(1).
Google Scholar
Choi P., Mukherji S. (2010), Optimal portfolios for different holding periods, “Journal of Business and Economics Research”, vol. 8, p. 1–6.
Google Scholar
Chung S., Wei P. (2005), The relationship between bid–ask preads and holding periods: The case of Chinese A and B shares, “Global Finance Journal”, No. 15, p. 239–249.
Google Scholar
Dębski W. (2010), Rynek finansowy i jego mechanizmy, PWN, Warszawa.
Google Scholar
Directive 2004/109/EC of the European Parliament and of the Council of 15 December 2004 on the harmonisation of transparency requirements in relation to information about issuers whose securities are admitted to trading on a regulated market and amending Directive 2001/34/EC.
Google Scholar
Forlicz S. (1996), Mikroekonomiczne aspekty przepływu informacji między podmiotami rynkowymi, Wydawnictwo Wyższej Szkoły Bankowej, Poznań.
Google Scholar
Gajdka J., Gniadkowska A., Schabek T. (2010), Płynność obrotu a stopa zwrotu z akcji na Giełdzie Papierów Wartościowych w Warszawie, Uniwersytet Ekonomiczny w Poznaniu, “Zeszyty Naukowe” nr 142.
Google Scholar
Gajdka J., Walińska E. (1998), Zarządzanie finansowe – teoria i praktyka, Warszawa, Fundacja Rozwoju Rachunkowości w Polsce.
Google Scholar
Gaspar J.M., Massa M., Matos P. (2005). Shareholder investment horizons and the market for corporate control, “Journal of Financial Economics”, No. 76, p. 135–165.
Google Scholar
Huang, M. (2003), Liquidity shocks and equilibrium liquidity premia, “Journal of Economic Theory”, No. 109, p. 104–129.
Google Scholar
Litzenberger R., Ramaswamy K. (1979), The Effects of Personal Taxes and Dividends on Capital Asset Prices, “Journal of Financial Economics”.
Google Scholar
Pastor L., Stambough R. (2003), Liquidity risk and expected stock return, “The Journal of Political Economy”, No. 111(3).
Google Scholar
Ross S.A., Westerfield R.W., Bradford D.J. (1999), Finanse przedsiębiorstw, Dom Wydawniczy ABC, Warszawa.
Google Scholar
Vovchak V. (2014), Liquidity and Investment Horizon, “Swiss Finance Institute Research Paper”, No. 14–02.
Google Scholar
White H., 1980, A Heteroskedasticity-Consistent Covariance Matrix Estimator and a Direct Test for Heteroskedasticity, Econometrica, No. 48(4), p. 817–838.
Google Scholar
www.gpw.pl, [as of 16.08.2012].
Google Scholar
www.gpwinfostrefa.pl, [as of 11.12.2014].
Google Scholar
www.knf.gov.pl, [as of 16.08.2012].
Google Scholar