In this paper, we investigate the presence of the Halloween effect in the long-term reversal anomaly in the US. When we examine the cross-sectional returns of winner-minus-loser portfolios formed on prior returns over the time period of 1931-2021, we find evidence of stronger returns during winter months versus summer months. In particular, the effect appears to be driven by very strong winter-summer seasonality in the portfolio of small-capitalisation losers, and lack of Halloween effect in the portfolio of large-capitalisation winners. Our finding is robust to alternative measures of long-term reversal, differing sub-periods, the inclusion of the January effect and outlier considerations, as well as within small and large-sized companies....
The Halloween effect is one of the most famous calendar anomalies. It is based on the observation th...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
This paper uses stock market returns (2007-2015) and confirms the existence of Halloween effect anom...
Recent international evidence shows that in many stock markets, general index returns are significan...
Bouman and Jacobsen (2002) documented the existence of a calendar anomaly in stock market returns, w...
Examining the years 1970 to 1998, Bouman and Jacobsen (2002) document unusually high monthly returns...
This study focuses on a seasonal anomaly called the Halloween effect. The anomaly is based on empiri...
We extend the evidence on the Halloween effect (returns during the months of May to October tend to ...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
The Halloween effect as described by Bouman & Jacobsen (2002) means that stock returns of the year a...
Prior research finds that stocks earn significantly higher returns in January compared to other mont...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
Prior research finds that stocks earn significantly higher returns in January compared to other mont...
Prior research finds that stocks earn significantly higher returns in January compared to other mont...
The Halloween effect is one of the most famous calendar anomalies. It is based on the observation th...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
This paper uses stock market returns (2007-2015) and confirms the existence of Halloween effect anom...
Recent international evidence shows that in many stock markets, general index returns are significan...
Bouman and Jacobsen (2002) documented the existence of a calendar anomaly in stock market returns, w...
Examining the years 1970 to 1998, Bouman and Jacobsen (2002) document unusually high monthly returns...
This study focuses on a seasonal anomaly called the Halloween effect. The anomaly is based on empiri...
We extend the evidence on the Halloween effect (returns during the months of May to October tend to ...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
The Halloween effect as described by Bouman & Jacobsen (2002) means that stock returns of the year a...
Prior research finds that stocks earn significantly higher returns in January compared to other mont...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
Prior research finds that stocks earn significantly higher returns in January compared to other mont...
Prior research finds that stocks earn significantly higher returns in January compared to other mont...
The Halloween effect is one of the most famous calendar anomalies. It is based on the observation th...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
The Halloween effect refers to higher stock returns during the period November to April compared to ...