Masterarbeit, 2012
39 Seiten, Note: 1
1. Introduction
2. Literature review
2.1. Developed countries
2.2. Emerging countries
2.3. Assumptions
3. Methodology
3.1. Country-by-country regressions
3.2. Speed of adjustment measurement
3.3. Market efficiency measurement
3.4. Size distribution measurement
3.5. Pooled regression
4. Data
5. Results
5.1. Country-by-country regressions
5.2. Pooled regression
6. Conclusions
The primary objective of this study is to analyze size-driven lead-lag patterns in both emerging and developed European markets to determine if the forecasting power of large-cap stock returns over small-cap returns varies significantly based on the level of market development.
1. Introduction
Contrary to the efficient market hypothesis, there is irrefutable support that short-term horizon stock returns are predictable. Advocates of this paradigm suggest that stock prices do not follow a random walk as implied by Fama (1970) since significant deviations can be observed in the form of autocorrelation and cross-serial correlation of short-term portfolio returns (Lo and MacKinlay, 1988). Closely related to the predictability of short-term stock prices, numerous studies have examined whether portfolios formed on specific characteristics could be ascribed forecasting power over other portfolios.
Amongst the abovementioned studies, the present paper focuses on predictable patterns of stock returns determined by size. This study analyzes size-driven lead-lag effects whereby movements in large capitalization stocks lead in time changes of small capitalization stocks. Returns of large companies hence gain forecasting power over returns of small companies, giving rise to movements that could be anticipated and exploited. Additionally, we explore new causal factors of the size-related lead-lag effect, namely size dispersion and market efficiency.
Starting with the seminal work of Lo and MacKinlay (1990), extensive literature has focused on studying the driving forces of lead-lag effects. Amongst these, lead-lag relationships are documented between portfolios sorted on size, volume, institutional ownership and analyst coverage. In an approximately universal manner size has proved to be an underlying factor of short-term portfolio predictability. However, most studies are investigating developed countries, while less emphasis is put on emerging markets. Having considered this research gap, the purpose of this study is to examine size-driven lead-lag patterns in both emerging and developed European markets under a common methodology, following the guidelines of Brennan, Jegadeesh and Swaminathan (1993).
1. Introduction: This chapter introduces the research topic of size-driven lead-lag effects in European stock markets and outlines the study's objective to examine these patterns across emerging and developed economies.
2. Literature review: This section provides an overview of existing studies on lead-lag relationships, categorizing findings for developed and emerging markets and defining the foundational assumptions of the study.
3. Methodology: This chapter details the empirical approach, including the VAR framework, the measurement of adjustment speed, market efficiency tests, and the pooled regression model.
4. Data: This section describes the dataset used, consisting of daily returns from ten European countries over a 20-year period, and explains the criteria for portfolio formation.
5. Results: This chapter presents the empirical findings from both the country-by-country regressions and the pooled regression analysis, testing the hypotheses regarding market development and lead-lag drivers.
6. Conclusions: The final chapter summarizes the main findings, confirms that size distribution is a key driver of lead-lag effects, and suggests implications for future research.
lead-lag, stock returns predictability, determinants of lead-lag, emerging markets, developed markets, market efficiency, size distribution, portfolio returns, VAR methodology, small capitalization, large capitalization, cross-autocorrelation, financial integration, European markets, size heterogeneity.
The paper examines whether the returns of large-capitalization stock portfolios provide predictive power over small-capitalization portfolios, specifically analyzing if these lead-lag patterns differ between emerging and developed European markets.
The study centers on asset pricing anomalies, specifically lead-lag effects, market efficiency, the impact of size distribution, and the comparative analysis of stock market development levels.
The research asks if the size-driven lead-lag effect varies between emerging and developed economies and whether factors such as size distribution and market efficiency can explain these potential differences.
The author employs a Vector Autoregressive (VAR) framework for individual country analysis, a Granger causality test to verify information flow, and a pooled regression analysis to test the impact of market-wide factors on the speed of adjustment.
The main body covers the theoretical literature, a detailed methodology for measuring return adjustment speeds, the data preparation process, and the subsequent empirical results derived from cross-country and pooled analyses.
Key terms include lead-lag, stock returns predictability, market efficiency, size distribution, cross-autocorrelation, and emerging versus developed markets.
The study uses a logit transformation based on an OLS regression of small portfolio returns against lagged large portfolio returns to capture how quickly small firms incorporate market information.
The results show that size heterogeneity is a significant underlying determinant; a more heterogeneous size distribution within a market index generally leads to more pronounced lead-lag effects.
No, the study concludes that there is no universal distinction in lead-lag structures based solely on the classification of a market as emerging or developed, as individual country profiles significantly influence the results.
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