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Statistical analyses were performed using SPSS Statistics v 19; IBM, Armonk, NY, USA and GraphPad Prism v 5; GraphPad Software, La Jolla, CA, USA.
Data in the text are given as mean � standard deviation.
Results Data were available for 41,367 athletes in 2010.
A total of 1847 athletes � 503 women and 1344 men � finished Ironman Hawaii.
In the qualifier races for Ironman Hawaii for that year, 39,518 athletes � 7480 women and 32,038 men � finished.
Participation The percentage of women overall finishers was higher in Ironman Hawaii 27.
The percentage of men overall finishers was higher in the Ironman qualifiers 81.
Considering the distribution of finishes by nationality, in both Ironman Hawaii and Ironman qualifiers, most finishers originated from the USA, followed by athletes from Germany and Canada.
In Ironman Hawaii, the percentage of female finishes was lower for American and Canadian but higher for German athletes.
In contrast, for men, the percentage was higher for American and German but lower for Canadian athletes.
Percentage distribution of female and male finishers in Ironman Hawaii and in the Ironman qualifier races.
Percentage distributions of female A and male B finishers per nation in Ironman Hawaii and in the Ironman qualifier races.
Note: Data are shown for the 20 nations with the overall highest number of finishers.
Abbreviations: ARG, Argentina; AUS, Australia; AUT, Austria; BEL, Belgium; BRA, Brazil; CAN, Canada; DEN, Denmark; ESP, Spain; FRA, France; GBR, Great Britain; GER, Germany; IRL, Ireland; ITA, Italy; JPN, Japan; MEX, Mexico; NED, The Netherlands; NZL, new Zealand; RSA, Republic of South Africa; SUI, Switzerland.
Percentage distribution of women and men finishers per nation in the Ironman qualifier races and Ironman Hawaii Nation Women Men Qualifier Ironman Hawaii Qualifier Ironman Hawaii USA 57.
For both sexes, age groups between 25 and 49 years showed a higher proportion of finishes in the Ironman qualifier races than in Ironman Hawaii.
In the 18�24 and 50�79 years age groups, the percentage of finishes was higher in Ironman Hawaii than in the Ironman qualifier races for both women and men.
Percentage distribution of female A and male B finishers per age group in Ironman Hawaii and in the Ironman qualifier races.
Percentage distribution of men and women finishers per age group in the Ironman qualifier races and in Ironman Hawaii Age group years Women Men Qualifier Ironman Hawaii Qualifier Ironman Hawaii 18�24 2.
There was no difference between Ironman Hawaii and its qualifier races in terms of the top ten running performance times, split times in running were slower in Ironman Hawaii for athletes finishing in the age group 18�24 years.
Performance for the top ten women per age group in overall race time in the Ironman qualifier races and in Ironman Hawaii.
Performance for the top ten women per age group in the swim split A , the bike split B , and the run split C in the Ironman qualifier races and in Ironman Hawaii.
Finishers in the 18�24 years P0.
Performance for the top ten men per age group in overall race time in the Ironman qualifier races and in Ironman Hawaii.
Performance for the top ten men per age group in the swim split A , the bike split B , and the run split C in the Ironman qualifier races and in Ironman Hawaii.
Discussion This study intended to compare the participation and performance in age-group finishers between the Ironman Hawaii and its Ironman qualifier races within 1 year, and to compare the top ten performances in Ironman Hawaii with the top ten performances in the Ironman qualifier races for each age group.
It was hypothesized that the top ten performances of each age group in Ironman Hawaii would not be different from the performances in the Ironman qualifying events, due to the age group-based qualification system for Ironman Hawaii.
There were six main findings.
First, female finishers were overrepresented and male finishers underrepresented in Ironman Hawaii compared with in the Ironman qualifiers.
Second, there was a higher proportion of finishes in the 25�49 years age group in the Ironman qualifier races than in Ironman Hawaii.
Further, women aged 30�59 years and men aged 25�39, 45�49, and 70�74 years were able to achieve the same race times in both the Ironman qualifiers and Ironman Hawaii.
We also found that swim split times were slower in Ironman Hawaii for women and men in all age groups and that bike split times were slower for women and men in younger 18�29 and 18�24 years and older 40�44, 50�54, 60�64 years age groups than in the other age groups.
Finally, in Ironman Hawaii, run split times were slower for women aged 18�24 years.
Differences in the finishes between Ironman Hawaii and the qualifiers Women were overrepresented and men underrepresented in Ironman Hawaii compared with in the Ironman qualifiers.
Additionally, there was a higher proportion of finishers from the 25�49 years age groups in the Ironman qualifier races than in Ironman Hawaii.
There was also a difference in terms of finisher origin between Ironman Hawaii and the Ironman qualifiers.
It seems that the qualification system provided more start places to age groups with fewer participants.
This could be because at least one start place is allocated to each age group.
In addition, the Ironman Lottery Program and eBay auction may have other balancing effects on the distribution.
US triathletes, for example, have more opportunities to qualify for the Ironman Hawaii because, in the USA, Ironman triathletes can start in nine Ironman qualifiers with a total of 505 qualifying slots.
In contrast, European athletes can qualify in nine Ironman races but there are only 430 slots.
Another potential explanation might be athlete motivation.
It is probable that athletes try to qualify in their home country and, if they are not able to qualify, they may give up or attend another Ironman.
Further, there are other reasons why qualified triathletes may not take the opportunity to start in Ironman Hawaii, such as financial concerns, lack of time, injury, illness, or pregnancy.
Moreover, as the Ironman triathlon originated in the USA, triathletes from the USA still dominate the Ironman finisher field.
US women represented more than the half of female finishers in the Ironman World Championship 2010 as well in the qualifier races, while US men represented ~40% in all Ironman races.
This obvious overrepresentation of certain groups of athletes may also influence the differences between Ironman qualifiers and Ironman Hawaii.
Age of the fastest Ironman performer A further important finding was that finishers aged 25�49 years were represented more often in the Ironman qualifier races than in the Ironman Hawaii.
Female finishers aged 30�59 years and male finishers aged 25�39, 45�49, and 70�74 years were able to achieve the same race times in both the Ironman qualifiers and in Ironman Hawaii.
Previous studies showed that the fastest Ironman race times were achieved by athletes aged 25�39 years for both sexes.
Generally, the top ten athletes from both the young 18�24 years and old 50�54, 50�59, 60�64, and 65�69 years age groups had slower race times in Ironman Hawaii than in the Ironman qualifier races.
The main reason for this might be their lower participation rate; this might lead to a selection bias.
A recent study has found that peak Ironman performance is achieved between the ages of 30 and 40 years.
The study demonstrated that the fastest Ironman race times have been achieved by athletes aged 33 � 3 years for women and 34 � 4 years for men in an Ironman qualifier Ironman Switzerland for Ironman Hawaii.
When athletes are in this age range, they seem to be able to achieve approximately the same race times in Ironman Hawaii and its qualifiers.
In Ironman Hawaii, the swim split times were slower for women and men in all age groups; the bike split times were slower for women and men in younger 18�29 and 18�24 years, respectively and older 40�44, 50�54, and 60�64 years age groups; and the running split times were slower for women in only the 18�24 years age group.
The swimming seemed to be responsible for the slower race times in Ironman Hawaii, since the fastest ten swim split times for both sexes and all age groups were slower in Ironman Hawaii than in the Ironman qualifier races.
We assumed that slower overall race times in Ironman Hawaii would be caused by slower cycling and running split times because of the weather conditions of heat, wind, and high humidity.
However, the swim split seemed to be responsible for the slower race times in Ironman Hawaii and this is probably due to the prohibition of wetsuits, which is one of two main differences between the swim section of the Ironman Hawaii and that of some qualifiers.
The other main difference is that the swim in Hawaii takes place in the Pacific Ocean � that is, in salt water � whereas the swims in other qualifiers take place in fresh water.
Swimming in salt water may improve buoyancy and this may improve swim performance.
Further, the differences in swim performance in the qualifiers compared with in Ironman Hawaii could be explained by differences in anthropometric eg, body weight, body fat characteristics between female and male triathletes.
These results are surprising, since it has been documented that higher temperatures have a negative effect on both running and cycling performances in endurance athletes.
First, the same ten athletes may not have been responsible for the top ten performances in both the Ironman Hawaii and the qualifiers.
This may be because some top athletes were responsible for more than one top ten result in the Ironman qualifier races or because some of the top qualifying athletes did not start in Ironman Hawaii.
Second, some of the top age-group athletes in the Ironman qualifiers may have had more problems with the weather conditions in Ironman Hawaii.
Fourth, some countries may have provided more professional triathletes than others.
Lastly, the athletes may have been tired in Ironman Hawaii because the race is at the end of the season and they may have finished several Ironman races during the year.
Limitations This cross-sectional study has a number of limitations.
First, no information was available on individual factors, such as physiological eg, aerobic capacity and anthropometric characteristics,� training,� and competition experience.
Third, the exact courses in the Ironman qualifier races were not known and the cycling and the running courses may have had different profiles.
In addition, the influence of weather conditions, such as temperature, wind direction and velocity, rain and water temperature, was unknown.
Further, athletes can qualify in both Ironman and half-Ironman races, but the half-Ironman races were not included in our study because the race results of half-Ironman events cannot be compared with the race results of a full Ironman.
Lastly, the number of Ironman qualifiers changes each year and we restricted our study to 1 calendar year.
Despite these limitations, the large number of triathletes considered in the present study may provide new insight into Ironman triathlon performances.
Conclusion There are differences in terms of participation and performance for athletes of different age groups between the Ironman Hawaii and its qualifier races.
Triathletes aged 25�49 years and men generally were underrepresented in Ironman Hawaii compared with in its qualifier races.
These triathletes may have had less chance to qualify for Ironman Hawaii than younger 50 years triathletes or female triathletes.
Analysis of Hawaii ironman performances in elite triathletes from 1981 to 2007.
Med Sci Sports Exerc.
Sparks SA, Cable NT, Doran DA, Maclaren D P.
Influence of environmental temperature on duathlon performance.
Wegelin JA, Hoffman MD.
Variables associated with odds of fInishing and finish time in a 161-km ultramarathon.
Eur J Appl Physiol.
Effects of weather on the performance of marathon runners.
Lepers R, Maffiuletti NA.
Age and gender interactions in ultraendurance performance: insight from the triathlon.
Med Sci Sports Exerc.
Rust CA, Knechtle B, Knechtle P, Rosemann T, Lepers R.
Age of peak performance in elite male and female Ironman triathletes competing in Ironman Switzerland, a qualifier for the Ironman world championship, Ironman Hawaii, from 1995 to 2011.
Open Access J Sports Med.
Lepers R, Rust CA, Stapley PJ, Knechtle B.
Relative improvements in endurance performance with age: evidence from 25 years of Hawaii Ironman racing.
Age Dordr Epub February 26, 2012.
Stiefel M, Knechtle B, Lepers R.
Master triathletes have not reached limits in their Ironman triathlon performance.
Scand J Med Sci Sports.
Epub May 14, 2012.
Jurgens D, Knechtle B, Rust CA, Knechtle P, Rosemann T, Lepers R.
Journal of Science and Cycling.
Cordain L, Kopriva R.
Wetsuits, body density and swimming performance.
Br J Sports Med.
Knechtle B, Wirth A, Baumann B, Knechtle P, Rosemann T, Oliver S.
Differential correlations between anthropometry, training volume, and performance in male and female Ironman triathletes.
J Strength Cond Res.
Toussaint HM, de Groot G, Savelberg HH, Vervoorn K, Hollander A P, van Ingen Schenau GJ.
Active drag related to velocity in male and female swimmers.
Ely MR, Cheuvront SN, Roberts WO, Montain SJ.
Impact of weather on marathon-running performance.
Med Sci Sports Exerc.
The ultraendurance triathlete: a physiological profile.
Med Sci Sports Exerc.
Knechtle B, Knechtle P, Rosemann T.
Upper body skinfold thickness is related to race performance in male Ironman triathletes.
Int J Sports Med.
Knechtle B, Knechtle P, Rust CA, Rosemann T.
A comparison of anthropometric and training characteristics of Ironman triathletes and Triple Iron ultra-triathletes.
Knechtle B, Wirth A, Baumann B, Knechtle P, Rosemann T.
Personal best time, percent body fat, and training are differently associated with race time for male and female ironman triathletes.
Res Q Exerc Sport.
Gulbin J P, Gaffney PT.
Ultraendurance triathlon participation: typical race preparation of lower level triathletes.
J Sports Med Phys Fitness.
Rust CA, Knechtle B, Knechtle P, Rosemann T, Lepers R.
Personal best times in an Olympic distance triathlon and a marathon predict Ironman race time in recreational male triathletes.
Open Access J Sports Med.{/INSERTKEYS} {INSERTKEYS}A comparison of participation and performance in age-group finishers competing in and qualifying for Ironman Hawaii PMID: A comparison of participation and performance in age-group finishers competing in and qualifying for Ironman Hawaii Michael Stiefel 1Institute of General Practice and for Health Services Research, University of Zurich, Zurich Christoph Alexander Rust 1Institute of General Practice and for Health Services Research, University of Zurich, Zurich Thomas Rosemann 1Institute of General Practice and for Health Services Research, University of Zurich, Zurich Correspondence: Beat Knechtle Facharzt FMH fur Allgemeinmedizin, Gesundheitszentrum St Gallen, Vadianstrasse 26, 9001 St Gallen, Switzerland Tel +41 71 226 82 82 Fax +41 71 226 82 72 Email This is an Open Access article which permits unrestricted noncommercial use, provided the original work is properly cited.
Background Athletes intending to compete in Ironman Hawaii need to qualify in an age-group based qualification system.
We compared participation and top ten performances of athletes in various age groups between Ironman Hawaii and its qualifier races.
Methods Finishes in Ironman Hawaii and in its qualifier races in 2010 were analyzed in terms of performance, age, and sex.
Athletes were categorized into age groups from 18�24 to 75�79 years and split and race times were determined for the top ten athletes in each age group.
Results A higher proportion of athletes aged 25�49 years finished in the qualifier races than in Ironman Hawaii.
In athletes aged 18�24 and 50�79 years, the percentage of finishes was higher in Ironman Hawaii than in the qualifier races.
Conclusion There are differences in terms of participation and performance for athletes in different age groups between Ironman Hawaii and its qualifier races.
Triathletes aged 25�49 years and men generally were underrepresented in Ironman Hawaii compared with in its Ironman qualifier races.
These athletes may have had less chance to qualify for Ironman Hawaii than female athletes or younger 50 years athletes.
Introduction The Ironman triathlon involves 3.
The Ironman triathlon originated in 1977 in Hawaii, USA, and combined into one event the three toughest endurance races held in Hawaii � the 2.
The very first Ironman was held in 1978 in Honolulu, Hawaii.
Twelve men started and the winner finished the race in 11 hours and 46 minutes.
The first women competed in the Ironman Hawaii in 1978 and finished in 12 hours and 55 minutes.
In 1981, the course was moved to Kailua-Kona, Hawaii, where it is still held.
Ironman Hawaii is the official Ironman World Championship.
Each year, around 50,000 triathletes compete in 24 Ironman and five half-Ironman triathlons throughout the world.
Most participants in the qualifiers intend to earn one of the 1900 start tickets for the Ironman World Championship, which is held every October.
In the qualifier races, participants must obtain a start place in Ironman Hawaii within an age group in an age group-based classification system.
In each race and each category, the final start place allocation is intended to be representative of the actual number of age group starters.
For example, when 8% of the age-group starters in a qualifier are women in the age group 40�44 years, 8% of the start places for Ironman Hawaii are allocated to women in the 40�44 years age group.
However, even if a remarkable number of triathletes compete each year in each age group, it is unknown whether the age group-based qualification system selects the top athletes in each age group fairly.
Other important sport events, such as the World Championships or Olympic Games, use a nation-based qualification system that allows the best athletes from each competing nation to qualify to start.
The long duration of Ironman Hawaii and the difficult race conditions due to the environmental conditions in the country make it one of the most challenging endurance events, even one of the most demanding Ironman triathlons, in the world.
The triathletes have to swim 3.
The swim is followed by a non-drafting cycling time trial over 180 km involving a total climb of ~1400 m.
After the bicycle split, athletes have to run a marathon covering 42.
Generally, high ambient temperatures and wind mainly influence cycling and running performances.
The course record for men in the Ironman Hawaii is 8 hours, 3 minutes, and 56 seconds, which was set by Craig Alexander Australia in 2011, while the fastest race time in the Ironman qualifier races is 7 hours, 45 minutes, and 58 seconds, achieved in 2011 by Marino Vanhoenacker Belgium in Ironman Austria.
The course record in the Ironman Hawaii for women is 8 hours, 54 minutes and, 2 seconds, set by Chrissie Wellington Great Britain in 2009, who also achieved the fastest female Ironman race time of 8 hours, 33 minutes, and 56 seconds in Ironman South Africa in 2011.
The performance development in Ironman triathlons has been analyzed in Ironman Hawaii and in the qualifiers, both in terms of overall performance,, and performance of finishers according to age group.
Lepers et al investigated the participation of athletes according to age group in Ironman Hawaii between 1986 and 2010.
In 1986, master triathletes older than 40 years represented 31% of the overall field for men and 23% of the overall field for women.
However, in 2010, master triathletes represented 56% of the overall field for men and 47% of the overall field for women.
In Ironman Switzerland, a qualifier for Ironman Hawaii, the percentage of master athletes was lower in the period 1995�2010.
On average, master triathletes represented 23%, 28%, 37%, and 48% of overall male finishers during the 1995�1998, 1999�2002, 2003�2006, and 2007�2010 periods, respectively.
Regarding the performance of male triathletes in Ironman Hawaii, no changes occurred across years in the 40�44 years age group, for both split times and overall race times.
In contrast, the average performance ratios improved between 1986 and 2010 for participants aged 45�49 and older.
Female triathletes older than 40 years improved their swimming, cycling, running, and overall race times.
In Ironman Switzerland, swim split times for athletes aged 45�49 years decreased.
Cycling, running, and overall race times decreased for athletes older than 40�44 years.
It is not known whether there is a difference in performance in terms of split times and overall race times between Ironman Hawaii and its qualifier races.
Differences in performance between the age groups in the Ironman qualifiers and in Ironman Hawaii may influence the selection process to qualify for Ironman Hawaii.
Therefore, the two aims of this study were to compare 1 the participation of each sex and age group in the Ironman Hawaii with those in all qualifier races within 1 year and 2 the top ten performances of each age group in the Ironman Hawaii with the top ten performances of each age group in all qualifier races within 1 year.
It was expected that the top ten performances of each age group in the Ironman Hawaii would not be different from the performances in the qualifying events, due to the age group-based qualification system for Ironman Hawaii.
Methods All finishers in 2010 in both the Ironman Hawaii and in all qualifier races were analyzed in terms of age, nationality, and sex.
The dataset for this study was obtained from the websites of the races.
The study was approved by the Institutional Review Board of Ethikkommission, St Gallen, Switzerland; the requirement for participants to give informed consent was waived because the study involved the analyses of publicly available data.
Complete data from the qualifier races for Ironman Hawaii were available for 2010 for all Ironman races with exception of the Memorial Hermann Ironman Texas, the Ironman Wales, and the Ford Ironman Cozumel.
Complete rankings for these three races were not publicly available online and the race directors were not able to provide us with the data needed for analyses.
All available data from the other 21 qualifier races were pooled prior to analysis.
We focused only on the finishers in the Ironman races, since race times of full and half-Ironman races cannot be compared.
Data analysis To compare performance in the Ironman World Championship with that in the Ironman qualifier races according to athlete age, all athletes were categorized into one of the following age groups: 18�24, 25�29, 30�34, 35�39, 40�44, 45�49, 50�54, 55�59, 60�64, 65�69, 70�74, and 75�79 years.
For each age group, the top ten women and men ie, those achieving one of the ten fastest overall race times or split discipline times for both split and overall race times were determined for both Ironman Hawaii and the Ironman qualifier races.
An age group was excluded from analysis if it could not provide at least ten men and women in either Ironman Hawaii or the Ironman qualifier races.
For women, data were sufficient for all age groups between 18�24 and 60�64 years and, for men, data were sufficient for all age groups between 18�24 and 70�74 years.
Statistical analysis To increase the reliability of data analyses, each dataset was tested for normal distribution and homogeneity of variances in advance of statistical analyses.
To find significant differences between the performance of multiple age groups in Ironman Hawaii and Ironman qualifier races, two-way analysis of variance with subsequent Bonferroni post hoc analysis was performed.
To determine the interaction between age and sex in both overall race times and split times, two-way analysis of variance age group ?


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