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When navigating in a known environment, men prefer to take shortcuts to reach their destination more quickly, while women tend to use routes they know. This is according to Alexander Boone of UC Santa Barbara in the US who is lead author of a study that investigated the different ways in which men and women navigate. The research is published in Springer’s journal Memory & Cognition.
Boone and his colleagues set out to measure the navigation styles and strategies used by men and women to reach a specific location in an area that they know. The team conducted two experiments involving students who performed tasks on a computer. In the first experiment, data were analysed from 68 participants who familiarized themselves with the layout of a maze including specific landmarks before having to find their way through it from designated spots. They also completed questionnaires which provided self-reported information about their sense of direction, the strategies they believe they use to find their way, and whether they often play video games.
The second experiment drew on data from 72 participants who used the same computer software and hardware as in the first experiment. However, this test involved using different versions of the maze: one with distal landmarks such as trees in the background, and one without distal markings. Boone and his team wanted to find out how men and women used these markings when navigating.
“As predicted from previous research, these experiments showed that men were more likely to take shortcuts and on average reached their goal location faster than women. In contrast, female participants were more likely to follow learned routes and wander,” explains Boone. “In both experiments, men were significantly more efficient than women, even after controlling for the effects of strategy.”
The study also confirmed the large difference in efficiency with which men and women navigate which was measured by looking at the time it took participants to reach the goal locations, and whether they reached it by following a direct route or not. The participating men were better at this task and therefore reached the intended destination more quickly. However, it is important to point out that these are differences in average performance between men and women, and some women were just as efficient as the best male performers.
“Overall, our research indicates that the sex difference in navigation efficiency is large, and is partly related to navigation strategy,” says Boone.
Boone and his colleagues set out to measure the navigation styles and strategies used by men and women to reach a specific location in an area that they know. The team conducted two experiments involving students who performed tasks on a computer. In the first experiment, data were analysed from 68 participants who familiarized themselves with the layout of a maze including specific landmarks before having to find their way through it from designated spots. They also completed questionnaires which provided self-reported information about their sense of direction, the strategies they believe they use to find their way, and whether they often play video games.
The second experiment drew on data from 72 participants who used the same computer software and hardware as in the first experiment. However, this test involved using different versions of the maze: one with distal landmarks such as trees in the background, and one without distal markings. Boone and his team wanted to find out how men and women used these markings when navigating.
“As predicted from previous research, these experiments showed that men were more likely to take shortcuts and on average reached their goal location faster than women. In contrast, female participants were more likely to follow learned routes and wander,” explains Boone. “In both experiments, men were significantly more efficient than women, even after controlling for the effects of strategy.”
The study also confirmed the large difference in efficiency with which men and women navigate which was measured by looking at the time it took participants to reach the goal locations, and whether they reached it by following a direct route or not. The participating men were better at this task and therefore reached the intended destination more quickly. However, it is important to point out that these are differences in average performance between men and women, and some women were just as efficient as the best male performers.
“Overall, our research indicates that the sex difference in navigation efficiency is large, and is partly related to navigation strategy,” says Boone.
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