Demographic characteristics of 161-km ultramarathon runners
ABSTRACT Despite considerable recent growth in ultramarathon running, little is known about the characteristics of the participants. This work documents demographic characteristics of 161-km ultramarathoners. Surveys were completed by 489 of 674 runners entered in two of the largest 161-km ultramarathons in North America in 2009. Respondents had a mean (± SD) age of 44.5 ± 9.8 years (range 20-72 years) and were generally men (80.2%), married (70.1%), had bachelor's (43.6%) or graduate (37.2%) degrees, and used vitamins and/or supplements (75.3%). They reported 2.8 ± 20.2 days of work or school loss in the previous year from injury or illness. Body mass index (23.4 ± 2.2 and 20.8 ± 1.8 kg/m2 for men and women, respectively) was not associated with age. The findings indicate that 161-km ultramarathon participants are largely well-educated, middle-aged, married men who rarely miss work due to illness or injury, generally use vitamins and/or supplements, and maintain appropriate body mass with aging.
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- "but the largest 100 km and 100 miles ultra-marathons were all listed. This cross-sectional data analysis suffers some limitations since variables such as training (Knechtle et al. 2012a), anthropometric characteristics (Hoffman 2008; Rüst et al. 2012; Gianoli et al. 2012; Hoffman et al. 2010a), previous experience (Knechtle et al. 2010c; Knechtle et al. 2011a, [b], [c]), motivation (Hodge et al. 2008; Krouse et al. 2011; Ruiz-Juan and Zarauz 2012), demographic characteristics (Hoffman and Fogard 2012), nationality (Cejka et al. 2014) and performance-limiting factors (Hoffman and Fogard 2011) were not included. The selection of the annual top ten for each age group might lead to a selection bias due to low numbers of finisher in the early years of ultra-marathon running. "
ABSTRACT: Improved performance has been reported for master runners (i.e. athletes older than 40 years) in both single marathons and single ultra-marathons. This study investigated performance trends of age group ultra-marathoners competing in all 100 km and 100 miles races held worldwide between 1971 and 2013. Changes in running speeds across years were investigated for the annual ten fastest 5-year age group finishers using linear, non-linear and multi-level regression analyses. In 100 km, running speed remained unchanged in women in 25-29 years, increased non-linearly in 30-34 to 55-59 years, and linearly in 60-64 years. In men, running speed increased non-linearly in 18-24 to 60-64 years and linearly in 65-69 to 75-79 years. In 100 miles, running speed increased in women linearly in 25-29 and 30-34 years, non-linearly in 35-39 to 45-49 years, and linearly in 50-54 and 55-59 years. For men, running speed increased linearly in 18-24 years, non-linearly in 25-29 to 45-49 years, and linearly in 50-54 to 65-69 years. Overall, the faster race times over the last 30 years are a result of all top ten finishers getting faster. These findings suggest that athletes in younger to middle age groups (i.e. 25-35 to 50-65 years depending upon sex and distance) have reached their limits due to a non-linear increase in running speed whereas runners in very young (i.e. younger than 25-35 years) and older age groups (i.e. older than 50-65 years) depending upon sex and distance might still improve their performance due to a linear increase in running speed.SpringerPlus 07/2014; 3:331. DOI:10.1186/2193-1801-3-331
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- "Socioeconomic factors could be one of the reasons for this finding. The limited data that exists on demographic factors in long-distance athletes shows them to have a higher than average education and income than the average individual [35,36]. This could on the one hand well be a precondition to participate in this sport. "
ABSTRACT: This study examined participation and performance trends in 'Ironman Hawaii' regarding the nationality of the finishers. Associations between nationalities and race times of 39,706 finishers originating from 124 countries in the 'Ironman Hawaii' from 1985 to 2012 were analyzed using single and multi-level regression analysis. Most of the finishers originated from the United States of America (47.5%) followed by athletes from Germany (11.7%), Japan (7.9%), Australia (6.7%), Canada (5.2%), Switzerland (2.9%), France (2.3%), Great Britain (2.0%), New Zealand (1.9%), and Austria (1.5%). German women showed the fastest increase in finishers (r2=0.83, p<0.0001), followed by Australia (r2=0.78, p<0.0001), Canada (r2=0.78, p<0.0001) and the USA (r2=0.69, p<0.0001). Japanese women showed no change in the number of finishers (r2=0.01, p>0.05). For men, athletes from France showed the steepest increase (r2=0.85, p<0.0001), followed by Austria (r2=0.68, p<0.0001), Australia (r2=0.67, p<0.0001), Brazil (r2=0.60, p<0.0001), Great Britain (r2=0.46, p<0.0001), Germany (r2=0.26, p<0.0001), the United States of America (r2=0.21, p=0.013) and Switzerland (r2=0.14, p=0.0044). The number of Japanese men decreased (r2=0.35, p=0.0009). The number of men from Canada (r2=0.02, p>0.05) and New Zealand (r2=0.02, p>0.05) remained unchanged. Regarding female performance, the largest improvements were achieved by Japanese women (17.3%). The fastest race times in 2012 were achieved by US-American women. Women from Japan, Canada, Germany, Australia, and the United States of America improved race times. For men, the largest improvements were achieved by athletes originating from Brazil (20.9%) whereas the fastest race times in 2012 were achieved by athletes from Germany. Race times for athletes originating from Brazil, Austria, Great Britain, Switzerland, Germany, Australia, Canada, Japan, New Zealand and France decreased. Race times in athletes originating from Australia and the United States of America showed no significant changes. Regarding the fastest race times ever, the fastest women originated from the United States (546+/-7 min) followed by Great Britain (555+/-15 min) and Switzerland (558+/-8 min). In men, the fastest finishers originated from the United States (494+/-7 min), Germany (496+/-6 min) and Australia (497+/-5 min). The 'Ironman Hawaii' has been dominated by women and men from the United States of America in participation and performance.04/2014; 6(1):16. DOI:10.1186/2052-1847-6-16
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- "In a 78-km mountain ultra-marathon, the age of peak running speed was 33.9±4.2 years for men and 34.4±2.5 years for women (1). For ultra-marathon distances, such as 100 km (5) and 100 miles (3,13,14), the age of peak performance was between 30 and 49 years, depending on the sex of the runner and the length of the race (3,5,13,14). In ultra-marathons covering distances of more than 200 km, the age of peak running speed was even higher (15,16). "
ABSTRACT: This study investigated performance trends and the age of peak running speed in ultra-marathons from 50 to 3,100 miles. The running speed and age of the fastest competitors in 50-, 100-, 200-, 1,000- and 3,100-mile events held worldwide from 1971 to 2012 were analyzed using single- and multi-level regression analyses. The number of events and competitors increased exponentially in 50- and 100-mile events. For the annual fastest runners, women improved in 50-mile events, but not men. In 100-mile events, both women and men improved their performance. In 1,000-mile events, men became slower. For the annual top ten runners, women improved in 50- and 100-mile events, whereas the performance of men remained unchanged in 50- and 3,100-mile events but improved in 100-mile events. The age of the annual fastest runners was approximately 35 years for both women and men in 50-mile events and approximately 35 years for women in 100-mile events. For men, the age of the annual fastest runners in 100-mile events was higher at 38 years. For the annual fastest runners of 1,000-mile events, the women were approximately 43 years of age, whereas for men, the age increased to 48 years of age. For the annual fastest runners of 3,100-mile events, the age in women decreased to 35 years and was approximately 39 years in men. The running speed of the fastest competitors increased for both women and men in 100-mile events but only for women in 50-mile events. The age of peak running speed increased in men with increasing race distance to approximately 45 years in 1,000-mile events, whereas it decreased to approximately 39 years in 3,100-mile events. In women, the upper age of peak running speed increased to approximately 51 years in 3,100-mile events.Clinics (São Paulo, Brazil) 03/2014; 69(3):203-11. DOI:10.6061/clinics/2014(03)11 · 1.19 Impact Factor