Seasonal anomalies play an important role in the global economic system. One of the most frequently empirically observed anomalies is the Halloween effect. Halloween effect describes the anomaly on the financial markets, which is that the returns of different assets in the summer period are generally lower than the returns in the winter period. This study tests the Halloween effect on the agricultural commodities’ markets over the period from 1980 to 2016. The sample includes price series of 27 major agricultural commodities. The data show that 20 out of the 27 commodities recorded a higher average winter period than summer period returns and in 15 cases, the differences are statistically significant. The data also show that out of the 7 co...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
Our thesis researches the Halloween effects in the Swedish stock market from a sector perspective. T...
Examining the years 1970 to 1998, Bouman and Jacobsen (2002) document unusually high monthly returns...
The Halloween effect is one of the most famous calendar anomalies. It is based on the observation th...
This study focuses on a seasonal anomaly called the Halloween effect. The anomaly is based on empiri...
This paper uses stock market returns (2007-2015) and confirms the existence of Halloween effect anom...
The commodity market has been becoming one of the main popular segments of the financial markets amo...
Recent international evidence shows that in many stock markets, general index returns are significan...
U.S. stock market sectors and industries perform better during winter than summer from 1926 to 2006....
The Halloween effect as described by Bouman & Jacobsen (2002) means that stock returns of the year a...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
In this paper, we investigate the presence of the Halloween effect in the long-term reversal anomaly...
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 ...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
Our thesis researches the Halloween effects in the Swedish stock market from a sector perspective. T...
Examining the years 1970 to 1998, Bouman and Jacobsen (2002) document unusually high monthly returns...
The Halloween effect is one of the most famous calendar anomalies. It is based on the observation th...
This study focuses on a seasonal anomaly called the Halloween effect. The anomaly is based on empiri...
This paper uses stock market returns (2007-2015) and confirms the existence of Halloween effect anom...
The commodity market has been becoming one of the main popular segments of the financial markets amo...
Recent international evidence shows that in many stock markets, general index returns are significan...
U.S. stock market sectors and industries perform better during winter than summer from 1926 to 2006....
The Halloween effect as described by Bouman & Jacobsen (2002) means that stock returns of the year a...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
The Halloween Effect is one of the main calendar anomalies used to challenge the Efficient Market Hy...
In this paper, we investigate the presence of the Halloween effect in the long-term reversal anomaly...
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 ...
The Halloween effect refers to higher stock returns during the period November to April compared to ...
Our thesis researches the Halloween effects in the Swedish stock market from a sector perspective. T...
Examining the years 1970 to 1998, Bouman and Jacobsen (2002) document unusually high monthly returns...