Hurricanes with male or female names are not inherently deadlier than one another. The perception that hurricanes with female names may be deadlier commonly known as the "Deadlier Hurricane Effect" is a cognitive bias that stems from societal factors and media portrayal rather than scientific evidence. Studies have shown that there is no correlation between a hurricane's name and its intensity, damage, or fatality rates.

Hurricanes are assigned alternating male and female names by rotating predetermined lists maintained by the World Meteorological Organization (WMO). The practice of using female names for hurricanes primarily dates back to the early 20th century when male meteorologists in the United States started naming storms after their wives, girlfriends, or other women they knew. This practice was later formalized and expanded to include male names as well.

The perception of female-named hurricanes being deadlier may arise from various reasons, such as:

1. Gender stereotypes: Gender stereotypes can influence the perception of hurricanes. Female names are often associated with characteristics like gentleness and calm, which may create a false impression that storms with female names are less severe. In contrast, male names may convey a sense of strength and aggression, leading to the assumption that male-named hurricanes are more dangerous.

2. Media presentation: Media coverage of hurricanes often follows a gendered narrative, with female-named storms more likely to be portrayed in a humanizing or sympathetic light. This can make people associate female-named hurricanes with greater sympathy and emotional impact, leading to the impression that they are more deadly.

3. Limited data: Historically, there may have been fewer major hurricanes with female names compared to male names. This could lead to a biased sample, where female-named hurricanes that do occur are more likely to be remembered as being unusually destructive simply due to their rarity.

It's important to recognize that hurricane intensity, impact, and loss of life are determined by various meteorological and geographical factors, such as storm strength, size, location, and interactions with landmasses, not by the gender of their names. To promote accurate and unbiased perception, it's essential to focus on using descriptive classifications like wind speed categories or storm categories (such as Saffir-Simpson scale) to convey the severity of hurricanes, rather than relying on name-based perceptions.