A research project exploring motorcycle collisions and injury prevention has found that there are differences in motorcyclists鈥� and car drivers鈥� visual attention because they may be viewing completely different things despite being on the same stretch of road. For example, the brain naturally sees larger objects, like lorries, as threats as opposed to smaller objects such as motorcycles.
The project, led by 蜜桃AV's PhD researcher Shel Silva, match-funded by DocBike, assessed neurological and cognitive influences of motorcyclists and car drivers. Data indicates that car drivers and motorcyclists have different visual attention patterns, due to the different types of hazards according to the vehicle type. Additionally, motorcyclist鈥檚 identification, perception, and knowledge of potential risk changes depending on their motorcycling qualifications and experience.
PhD Researcher Shel said, 鈥淭he research is suggesting that by understanding motorcyclists' knowledge and identification of risks it is possible to better inform training and materials which appeal to motorcyclists. It is key to understand that motorcyclists do not need training about how to ride a motorcycle but would benefit from more skills regarding how to read the road and other road users.鈥�
鈥淚 know friends and people who have died or suffered life changing injuries after being in motorcycle collisions. This research is really important to me and having the opportunity to help save motorcyclists鈥� lives is a personal honour.鈥�
The research explored participants with varying levels of motoring experience and qualifications. It was made up of four main parts:
- Identifying motoring experience, training, and annual mileage
- Questionnaires about general risk propensity and need for excitement
- Eye-tracking by watching videos and viewing images of roads which have a high number of motorcycle collisions
- Optional semi-structured interview for motorcyclists.
Shel suggests that an effective way for a motorcyclist to be seen when approaching a junction is to make a lateral movement such as moving towards the centre of the road near the white lines. This is because the movement of the motorcycle can trigger a visual orienting response in other road users, consequently drawing their attention to the motorcyclist. Other key aspects why a motorcyclist is not seen include:
When driving, the brain can experience saccadic masking, which is where it fills in the information when moving the eyes from one point to another and consequently a motorcyclist can be obscured in the saccadic mask.
The eye has a natural blind-spot where the optic nerve exits the eye. There is also potential for the nose to obscure vision and at a junction a motorcyclist is easily lost.
Evolutionarily the brain has developed an interest in things which are threats; historically this was large objects or animals. Nowadays this would be buses and lorries, not small motorcycles. Consequently, a motorcycle can easily be lost within the visual field especially if there is a large vehicle immediately behind the motorcycle.
The brain is good at judging speed but in relation to something else such as a fixed point. When performing the 鈥榯wo-second rule鈥� distance judgement while driving or riding, a person uses a fixed point to compare with, but due to their small size a motorcycle is difficult to judge.
Research is starting to uncover 鈥榣ooked but failed to remember鈥� errors. Motorcycles are often seen but not remembered by the motorist. At the beginning of the biking season there is less expectation to see motorcyclists because most bikes have not been used during winter. Towards the middle of the season motorcyclists are much more expected and therefore other road users are looking out for them.
Shel has been a motorcycle rider since the age of four and currently owns five motorbikes. She has a strong background in psychology after completing a BSc and MSc in Clinical and Developmental Neuro-Psychology with 蜜桃AV, followed by several years鈥� work using psychological principles with special educational needs pupils in schools throughout Dorset. Shel is also a member of the DocBike Research Team and an on-the-road volunteer for the charity.
The data collection aspect of the research is in process and Shel is still actively recruiting participants. If you would like to take part, please email [email protected]听
For more information about psychology at 蜜桃AV, visit the 蜜桃AV website.
