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rodneyAnonymous
Current Version
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Also, from a biology point of view, no, it\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its selective significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
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Also, from a biology point of view: No, it\\\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its selective significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
Changed line(s) 1 from:
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Also from a biology point of view, no, it\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its selective significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
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Also, from a biology point of view, no, it\\\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its selective significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
Changed line(s) 1 from:
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Also from a biology point of view, no, it\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
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Also from a biology point of view, no, it\\\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its selective significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
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Overall, on average, human babies are about 50.5:49.5 female:male, but it\'s easier (and close enough) to call that 1:1.
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Overall, on average, human babies are about 50.5:49.5 female:male, but it\\\'s easier (and close enough) to call that half and half.
Changed line(s) 1 from:
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Also from a biology point of view, no, it\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (It has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
to:
Also from a biology point of view, no, it\\\'s not obvious. Many populations of organisms do not have a 50:50 sex ratio, and unexpectedly, tendency to have offspring of a particular sex is a heritable trait. (Its significance has to do with measuring reproductive success in number of grandchildren or total descendants, instead of number of children.)
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Overall, on average, human babies are about 50.5:49.5 female:male, but it\\\'s easier (and close enough) to call that 1:1.
