Agreed.Saying "disorders exist" is hardly the same as claiming to be able to define and diagnose them...
Sex is a medical definition based on observable data. Gender is a largely psychological construct.
Agreed.Saying "disorders exist" is hardly the same as claiming to be able to define and diagnose them...
But if we deem sex as a 'primary reproduction unit' in biology, then yes, we have two sexes*. Sperm and egg. It's a fork in a two-dimensional plane. There are a host of humans that don't have a sex under this definition, children and old people, for example. I struggle with whether to call this third option a 'null option' along the same two-dimensional plane, or a factor in a third dimension. If this were a question in vectors, I'd use a third dimension, and not just add a third force along a two-dimensional plane.
Gender is generally taken to be something like "the cultural aspects of masculinity and femininity." It's distinct from gender identity which is a person's internal experience of their own gender.
You can't really call it a one-dimensional spectrum. It is vastly more complex than that. As far as maleness goes, how do you specifically lineup a case where a man is biologically capable of fathering, enjoys rutting with women, but lacks the desire to create or nurture The Offspring. In comparison, a man that wants children, is biologically capable of it, but has no desire to have sex with women. Both are absolutely examples of male, but as to which is more? No idea. Especially not along one dimension.
That's a curious distinction. It raises the question, is a person's internal experience of its own gender a private matter? Or are both social and therefore public matters? This seems rather relevant to some contemporary discussions.
It used to be that people demanded freedom to live and let live. Now, they demand to be paid attention to and treated as precious unique flowers... damn identity politics. Losing sight of the practical for the sake of satisfying the imaginary.
Minor quibble: she wasn't given a choice though.*And then, Henrietta Lacks has cloned herself into thousands of freezers around the world. So, as a human reproductive unit she's actually a third choice along the two-dimensional grid. One can be sexually male and clone oneself. Same with female. Same with neither of those two options.
We were discussing sex, not gender, and whether it was binary along one dimension or two.Funny how this difference has been observable throughout human history and nobody seems to have thought it was a "gender issue".
Page 4 and no Godwin yet? Time to remedy that.It's weird, when I see people aiming beyond mere survival, my reaction is love, not contempt.
Even for sex you need to have at least a third option for people of biologically non-binary sex. Otherwise you would be forcing some people to lie.
By default I would create three buttons for gender: Male, Female and Other. If the client isn't happy about that, he should provide a list of what genders he wants to ask about (including 'Other' for those not covered by the list)
Which then raises the question of what does it mean to change one's sex (I.e., just declaring desire to change, hormone therapy, sex reassignment surgery, surgery + hormones, or nothing at all).
As an anecdote, the best female volleyball player in Brazil right now is a transwoman (she's had her surgery and hormone therapy). She broke all records, some of which have stood for decades, in a country with a huge female volleyball tradition. It's a very complex issue.
2. I firmly believe that Men’s sports should be open to all and Women’s sports only open to cis women. Ronda Rousey was severely injured by a Trans woman who obviously had an advantage of muscle & bone density of previously being male. Really, when most gold medalists in the women’s sports are trans, it puts natural women at a distinct disadvantage.
Whether transgender people should be able to compete in sport in accordance with their gender identity is a widely contested question within the literature and among sport organisations, fellow competitors and spectators. Owing to concerns surrounding transgender people (especially transgender female individuals) having an athletic advantage, several sport organisations place restrictions on transgender competitors (e.g. must have undergone gender-confirming surgery). In addition, some transgender people who engage in sport, both competitively and for leisure, report discrimination and victimisation.
To the authors’ knowledge, there has been no systematic review of the literature pertaining to sport participation or competitive sport policies in transgender people. Therefore, this review aimed to address this gap in the literature.
Eight research articles and 31 sport policies were reviewed.
Currently, there is no direct or consistent research suggesting transgender female individuals (or male individuals) have an athletic advantage at any stage of their transition (e.g. cross-sex hormones, gender-confirming surgery) and, therefore, competitive sport policies that place restrictions on transgender people need to be considered and potentially revised.
Karkazis and colleagues provide a thorough, wellargued case in the service of elite female athletes with intersex conditions or disorders of sexual development (DSD), bearing in mind recent revisions to the International Olympic Committee (IOC) policy on gender testing of female athletes. They persuasively demonstrate that higher levels of testosterone do not correlate to better athletic performance, effectively undermining any claims that female athletes with intersex conditions have an unfair advantage. For example, citing compelling scientific studies, they argue that women with complete androgen insensitivity syndrome (CAIS: high androgen levels, but no testosterone receptors at all) are “overrepresented among elite athletes” (Tucker and Collins 2010), while women with congenital adrenal hyperplasia (CAH: who have very high androgen levels) don’t tend to be elite athletes and are “disproportionally affected by short stature, obesity, dysregulation of mood hormones and unpredictable, salt-losing crises” (Eugster et al. 2001). Karkazis and colleagues also effectively argue that there is no known optimal level of testosterone that ensures a high-level athletic performance.
Several concerns are frequently raised in opposition to the inclusion of transgender students on athletic teams consistent with their gender identity. In addition to concerns regarding competitive advantages or disadvantages, addressed above, concerns regarding privacy in locker rooms and the alleged lack of an objective standard for determining whether a student is a boy or girl for athletic purposes are often raised. However, each of these concerns is dramatically overstated, and such fears can be easily addressed by common sense, practical solutions. These unrealistic fears cannot justify denying transgender youth the equal opportunity to participate in sports.
[...]
Even among adults, the range of physical differences within each sex is far broader than the average differences between men and women.92
[/quote=NCAA Policy]Transgender women display a great deal of physical variation, just as there is a great deal of natural variation in physical size and ability among non-transgender women and men. Many people may have a stereotype that all transgender women are unusually tall and have large bones and muscles. But that is not true. A male-to-female transgender woman may be small and slight, even if she is not on hormone blockers or taking estrogen. It is important not to overgeneralize. The assumption that all male-bodied people are taller, stronger, and more highly skilled in a sport than all female-bodied people is not accurate.93
[...]
Even after puberty has begun, young people develop at different rates, and high-school-age students exhibit a wide range of physical characteristics.96 Therefore, by necessity, high school sports, already accommodate students at vastly different levels of development.97 The assumption that transgender girls will be inherently bigger, stronger, and more skilled is “especially inaccurate when applied to youth who are still developing physically and who therefore display a significantly broader range of variation in size, strength, and skill than older youth and adults.”98 Accordingly, age or physical development alone should not impede the integration of transgender students.
More recent literature continues to debate the ideological constructions surrounding the discussions of fairness of transgender athletes’ entrance to women’s sport. Nevertheless, these studies tend to advocate transgender inclusion within competitive sport by arguing that male-to-female transgender athletes have no biological advantage over female athletes. Sarah Teetzel (2006), for example, argued that transgendered athletes may in fact have no significant athletic advantage over nontransgender athletes as many endocrinologists take the view that “sexreassignment surgery and hormone therapy negate any advantages” (p. 237). More specifically, even if transgender females, on average, are likely have larger hands, feet, hearts, and lungs when compared with biological females, Teetzel pointed out that there was no evidence that this actually improved performance. For example, Canadian mountain biker Michelle Dumaresq (quoted in Cavanagh and Sykes, 2006, p. 95) suggested that her sex change actually “made things harder because … I no longer had the muscle mass to support my bones.”
There is no published medical data on precisely how long it takes to negate the athletic advantages of a lifetime of testosterone exposure. But one athlete has tackled the question in a personal way. Medical physicist Joanna Harper, 55, who was born male, began hormone therapy in order to transition to female in August '04. Harper had been competing as a male age-group distance runner for years, and she carefully documented the impact that suppressing testosterone and taking estrogen had on her running. "I thought I would get slower gradually," Harper says. Instead she started losing speed and strength within three weeks. "I felt the same when I ran," she says. "I just couldn't go as fast." In February, Harper won the 55-to-59 age group at the women's national cross-country championship in St. Louis, but she is a shadow of her former athletic self. As a man in 2003, Harper ran the Helvetia Half-Marathon in Portland in 1:23:11; in '05, as a woman, she finished the same race in 1:34:01, a difference of nearly 50 seconds per mile.
Factoring in age and gender-graded performance standards, though, Harper is almost exactly as good a female runner as she was as a male--and it took less than a year of hormone therapy to get that way. Data that Harper has collected from a half dozen other male-to-female runners tell a similar story. "It doesn't answer definitively the question of whether I have an advantage or not," she says. "But it's certainly strong evidence that my performances in both genders are approximately equal."
This paper considers whether transgender (trans*) women should be permitted to compete in female categories in sports. Trans* women are often criticized for competing in female categories because they are seen as having an unfair advantage. Specifically, they are seen as having high levels of testosterone that unfairly enhance their performance in comparison to cisgender competitors. In this paper, I argue that trans* women should be permitted to compete in female categories. I suggest that if we want to maintain the skill thesis as a guiding principle of sports and allow trans* women to compete in female categories, then we need to take relevant genetic advantages into consideration by introducing a handicap system. I claim that a handicap system should consider both cisgender and transgender women’s effective testosterone levels.
So why are male and female athletes competing separately?Emphases mine. Most of the articles I found were quick to point out the variation within gender as being far greater than the variation between genders or between trans- and cis- athletes.
Er... how would "an integrated handicapping system based on hormone levels/physical attributes" look like, exactly?And if you're going to plant your flag on the hill of physical/hormonal attributes giving an athlete an unfair advantage over their competitors, then maybe we should do away with segregation altogether and start implementing an integrated handicapping system based on hormone levels/physical attributes.
So why are male and female athletes competing separately?
Er... how would "an integrated handicapping system based on hormone levels/physical attributes" look like, exactly?
Say, in weightlifting?
Contestant receives a penalty because he was found to be too strong?
Unfortunately for them, Marion and Carmelita would not be competing against you or me. They would be competing against Usain Bolt...the difference between, e.g. Usain Bolt running 100m and me running 100m is many many times greater than the difference between Usain Bolt running 100m and Carmelita Jeter or Marion Jones running 100m.
Female categories were created so that females can actually compete at top level sports. Put it this way: how many women would have ever won an Olympic medal if they were competing in the equivalent male category?Cultural and gender bias, mostly. But just in case you're missing what I'm saying here: the difference between, e.g. Usain Bolt running 100m and me running 100m is many many times greater than the difference between Usain Bolt running 100m and Carmelita Jeter or Marion Jones running 100m.
The question is more a matter of the ethics of sport. What is a 100m race supposed to be a measure of. If it's a measure of "who is the fastest"? Then why have segregation? If it's a measure of "who is the fastest given certain biological/physical/hormonal constraints" then why only segregate on the basis of "has a penis vs does not have a penis/other".
I mean, isn't that basically what the current segregated system is? To use your example, a handicap system in weightlifting would go by, off the top of my head, % of weight lifted rather than absolute weight, or % of weight lifted above the average for a given testosterone/muscle mass/height weight. I mean we're in the world of big data. If the point of these sorts of competitions is to identify exceptional human beings and acknowledge them for their exceptionality then we should be grading them against expected outcomes, rather than absolute ones, right?
So if a 5'2" guy with x levels of testosterone and y muscle mass was expected to press z kg of weight and he lifted 150% of that weight, that would be far more incredible and laudable than at 6'6" guy with higher levels of testosterone and muscle mass lifting 114% of the expected weight, even if that 114% set a "world record"
It should, moreover, be noted that Weightlifting actually does do this: they create separate categories based on weight of the lifter in addition to male/female.
Female categories were created so that females can actually compete at top level sports. Put it this way: how many women would have ever won an Olympic medal if they were competing in the equivalent male category?
We were discussing sex, not gender, and whether it was binary along one dimension or two.
As far as maleness goes, how do you specifically lineup a case where a man is biologically capable of fathering, enjoys rutting with women, but lacks the desire to create or nurture The Offspring. In comparison, a man that wants children, is biologically capable of it, but has no desire to have sex with women. Both are absolutely examples of male, but as to which is more? No idea. Especially not along one dimension.
In my post you quoted, @Owen Glyndwr , I said that the men’s olympics should be open to all. If natural women want to compete against men they should be able to. However, if transsexual or intersexed athletes want to compete against natural women, they should also be competing against men (and the natural women can opt out of competing with men).