Yes. When they make these arguments they forget that all female athletes are going to tested. Plus that female athletes were directly excluded to include each and every one of these male athletes with DSDs.
This could be helpful to remember. it tracks male athletes entered as transgender but the displacement calculation would be the same I expect.
AN ANALYSIS ON HOW JUST A FEW MALE PEOPLE CAN CAUSE HARM TO MANY FEMALE ATHLETES - THE FALSITY OF 'JUST ONE'
hecheatedorg
18th March 2025
To analyze performance differences between "trans"-identified male and actual female participants in girls' sport, we need look no further than girls' high school track and field.
Track and field provides the clearest data as it is an individual sport and has had the highest number of recorded male participants to date at the high school level.
There are a total of 37 male athletes on record who have participated in girls' high school track and field in the United States.
Of these 37, one athlete participated in only one race due to the cancellation of the season during the COVID 19 pandemic. Another athlete participated in a tech/private school league that did not participate in a state championship.
These two athletes will be excluded from the data.
Out of 1,276 completed events, male athletes finished as follows:
1st place: 440 (34%)
2nd place: 188 (15%)
3rd place: 123 (10%)
Other: 485 (41%)
Male athletes came in 1st 34% of the time, only 7% less often than they did than any other place outside the top 3.
They finished in the top three in 59% of their events and outside the top eight in only 19% of their events.
24 of the 35 male athletes (68%) qualified for their respective State Championship meet in a total of 136 events.
When looking at athletes competing against same-sex peers, depending on the state and division of competition, anywhere from 5 to 15% of athletes are expected to qualify.
For example in states that use regional-sectional qualification, the top 4 finishers at a regional meet (often with 2 heats of 8 runners each) qualify for the sectional meet where the top 4 finishers at the sectional then advance to State. This means that out of 32 runners at regionals, only 4 (12.5%) will advance to State.
This number also does not take into account the fact that only the best runners on a team will be entered in a regional meet and often the same runner will qualify in multiple events. A runner may also have a higher chance of qualifying in a relay as 8 runners (top 2 teams) advance to state rather than 4 in this type of qualification.
In other types of qualification or less competitive, smaller regions, it may be easier to qualify.
At the State Championship meet, there are typically 24 entries in each event. 1 of the 24 will win, meaning 4% of the 15% of athletes who have qualified for state will be a state champion, or 0.6%.
Of the 24 male athletes who qualified for state against girls, 11 of them (46%) have won a state championship title, or 31% of the total.
4 of the 35 male athletes (11%) have also achieved a top 10 national ranking.
The percentage of male athletes who have been in the top 10 of all track and field athletes in the female division in the entire nation is higher than the percentage of female athletes who have won a state title.
To find the percentage of female athletes who are in the top 10, we can take the 57 indoor and outdoor events ranked on milesplit. com multiplied by 10 (10 athletes in each) then divide by the total number of female athletes in high school track and field - 506,015 (according to nfhs. org).
This number does not take into account the fact that many athletes in the top 10 appear there in multiple events and several of the 57 events are less commonly run. (All 4 male athletes in the top 10 achieved that placement in a main event).
This means less than 0.11 percent of female athletes achieve a top 10 ranking.
"But not all states require hormone therapy!"
It is true that some states do not require males to undergo any sort of testosterone suppression or medical intervention in order to compete against girls.
We can therefore, look to the athletes who have reportedly begun "identifying" as the opposite sex and undergone "medical interventions" prior to puberty or in early middle school as it has been proposed that males who do so are in line with "average female performance."
There are 3 athletes who have reportedly "transitioned" prior to puberty. Based on their feminized appearances and high voices, we can infer this included puberty blockers.
All 3 athletes qualified for the state championship meet, 2 of the athletes were conference champions, and one athletes was not only a state champion and New England champion, but he was ranked in the national top 10.
None of these performances are in line with an "average" athlete. In fact, the national ranking out of three athletes is statistically unlikely to the point of being impossible without an athletic advantage.
"But you just know about the athletes who are good. There could be more you don't hear about because they don't win anything."
When we look at the expected percentages, we can see that about 6 out of 1,000 athletes win state and 1 out of 1,000 are in the top 10 national ranking.
In order to see the 24 males as state champions and 4 males in the top 10, there should be around 4,000 males who have competed in the girls' division in track and field. (3,965 additional athletes, none of whom can have won a state title).
There have been 37 on record.
Numerous state senators and legislators have come forward testifying to the number of "trans"-identifying males participating in their states.
When these legislators testify that there have "only been 2" in the state, or in the case of Ohio, 17 athletes in 8 years, and these numbers include all sports, and when male athletes have been banned from participating in girls' sports in about half of the states in the nation, it is not likely that there are an additional 3,963 male athletes that not only does nobody know about, but who also have not won a single state title.
In regards to the prepubescent "transitioners," there should be an additional 1,000 of them who have not won a state title or achieved a top 10 ranking. This is also highly unlikely, as we've seen multiple prepubescent "transitioners" in other sports also winning national and state championship titles.
Male participation in the female division is not just unfair, it is blatantly so.
These percentages do not reflect the cost to the female athletes behind them. Just 2 male athletes in cross country and track and field in Maine have negatively impacted over 2,000 female athletes.
If each male athlete negatively impacted 500 female on average, that means over 18,500 female high school track and field athletes in the United States have been forced to compete against and have been negatively impacted by these boys.
This includes loss of titles, loss of medals, loss of relay spots, loss of entries in large meets, loss of qualifications for championships, loss of records, loss of privacy, and loss of confidence.
*2 male athletes in Maine negatively impacted over 1,600 girls
3 boys in Washington, over 2,000