New research concludes that most sports and exercise activities carry a low risk of serious injury. Covering 61 sports and based on national hospital data, the study highlights the relative safety of fitness activities and identifies rising injury trends globally, advocating for preventive measures and real-time injury monitoring.
The findings of a five-year study conducted by researchers at the University of Bath in the UK suggest that the likelihood of sustaining a serious injury from most forms of exercise is remarkably low.
A five-year study led by the University of Bath researchers in the UK has found that the risks of serious injury from most sports and exercise activities are surprisingly low.
Funded by the British Medical Association, the study highlights that even sports perceived as risky, like road cycling, are predominantly safe. This research emphasizes that the benefits of participating in fitness activities greatly surpass the potential dangers.
This is the first time in England and Wales that researchers have attempted to describe and quantify the relative risks of trauma resulting from sport or some other physical activity. It’s hoped that the study’s results will make it easier for both participants and organizers of activities to make their pursuits safer still.
Data for the new study – which was recently published in the journal Injury Prevention, published by BMJ – came from hospitals nationwide, where participants of sports and exercise presented with major trauma.
Study Insights and Key Findings
The researchers found that between 2012 and 2017, a total of 11,702 trauma injuries resulted from sports and exercise.
Dr Sean Williams, a researcher at the Department for Health and the Centre for health and Injury and Illness Prevention at the University of Bath, and principal investigator of the study, said: “This work demonstrates that engaging in fitness activities is overwhelmingly a safe and beneficial pursuit.
“While no physical activity is entirely without risk, the chance of serious injury is exceedingly low when compared to the myriad health and wellness advantages gained from staying active.”
The study examined 61 sports and other physical activities undertaken nationally, irrespective of their popularity, and provided a comparable estimate of the risks to participants. Perhaps unsurprisingly, fitness activities (such as running, golf, dance classes, and gym sessions) are the least likely pursuits to result in injury. Running results in 0.70 injuries, golf 1.25 injuries, and fitness classes just 0.10 per 100000 participants/year.
Among sports with the highest participation, football had the highest injury incidence rate (6.56 injuries/100,000 participants/year), though this too is relatively small. Motorsports, equestrian activities, and gliding (paragliding and hang gliding) were by far the riskiest activities of those studied, with motorsports resulting in 532 injuries, equestrian pursuits 235, and gliding 191 injuries per 100,000 participants.
Male incidence (6.4 injuries/100,000 participants/year) was higher than female incidence (3.3 injuries/100,000 participants/year.
Why is exercise getting riskier?
Perhaps concerningly, injury risks for popular sports and other physical activities are increasing internationally. In Victoria, Australia, for instance, the annual rate of hospital-treated sports injury increased by 24% between 2004 and 2010, with an incidence of sport-related major trauma or death of 12.2 per 100,000 participants/year.
This trend is mirrored in the UK. Highlighting this is data from one regional trauma and spine unit, which identified an almost 500% increase in the incidence of serious motorsports accidents in the five years to 2015.
Dr Madi Davies, the study’s lead author and former post-doctoral researcher at the University of Bath, said: “When I looked at the injuries recorded in 2012 – the year the study started – it was clear that the risks were considerably lower than they were in later years of the study.”
She called for further research, “in real-time”, to understand exactly how and why more people are getting injured.
She said: “Though the finding that more people are getting injured could be multifaceted – trauma data recording has improved during the study, which means more injuries are now recorded – it’s important that any increases in burden are responded to, and that this data is used to make activities safer.”
Serious injury is a clear burden for participants who are hospitalized, their families, and the NHS, and the aim of this study is to reduce these burdens by unpacking the injury risk of each activity and then coordinating action.
“Many sport and recreation injuries are preventable,” said Dr Williams. “Whether that be through protective equipment, rule or law changes, or education, once we identify how and where injuries are occurring, we can start to think about ways to prevent them in each sport.”
It is hoped that this work will lead to the development of a national register with real-time data analysis opportunities. The register would standardize the recording of serious injuries resulting from sports and physical activity, so that trends or patterns in risk can be quickly identified and acted upon.
An example of where this has already happened relates to trampoline safety. Sales of garden trampolines took off in 2005 and by 2014, up to 250,000 were sold in the UK. The Royal Society for the Prevention of Accidents (RoSPA), working with the royal College of Emergency Medicine, identified a spike in trampoline-related injuries and issued recommendations for improving safety, which ranged from limiting trampolining to one person at a time, keeping children aged under six off trampolines and buying models that are enclosed by a safety net.
In addition, trampoline manufacturers were supported to meet safety standards, for instance by adding padding around trampolines. Commercial partners were also involved, to improve safety at trampoline parks.
As a result of the RoSPA guidance, serious accidents have dropped significantly.
Also participating in the sports-related injury project were Professor Keith Stokes and Dr Carly McKay, both from the Department for Health at the University of Bath. The study was undertaken in collaboration with several charities, universities and organisations, including the Department for Digital, Culture, Media and Sport (DCMS), and Sport England.