Flagellum_Dei
Rаpe is the new idea of europe
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There's for some reason a widespread belief that hypergamy is eugenic and seizing femoids is not. However, the order here is exactly opposite. Femoids' choces are ex definitione harmful not only for society, but also for a genepool. How, would you ask?
Due to Runaway Selection, mean of reproduction, when given freedom, will always select for traits which concentrations they're aiming for are dysgenic. This shall lead to extreme overgrown in these traits and degradation of specie; and, eventually, to its extinction. That's how R. A. Fisher, greatest biologist after Darwin, describe this process, although with some flaws:
Species that are living (or not, on what we shall focus later) proofs of his thesis are to be infinitely counted. There are few examples, however, that portray this law the best.
The most obvious bastard of sexual selection dysgenicity is, what's clear, a peacock. Its tail, longer than the animal itself, made of flashy, bright leathers, alarming every nearby predator of easy pray, finally making difficult not even merely flying, but every movement can cause only rightful disgust and reflection upon it in observer. Similar feelings to this, for Fisher's main object of observation were birds, were undoubtedly what impelled him to give his discovery a scientific grounding. It's also to be noted that Darwin shared similar opinion; "The sight of a feather in a peacock’s tail, whenever I gaze at it, makes me feel sick", he said.
Yet another victim of runaway effect is Babirussa. Its tusks are what the tails is in peacock, that is, are the trait which is selected for. As one can see, due to this their growth is so big, that they at first become useless, then finally impale the skull of the animal. Such a wonder of hypergamy!
Next specie to be found most physically degenerated thanks to sexual selection is strap-toothed whale. Its tusks, like in babirussa, are caricaturally overgrown, but in other way; they're making it almost impossible for this beast to open its jaw.
Beaked whales show remarkable sexual dimorphism in that only the males retain functional teeth. Male strap-toothed beaked whales begin to develop a large flat tusk from each lower jaw as juveniles, growing at a 45° angle back towards the head and over the rostrum (beak). Reaching up to 34 cm in length,[6] the teeth may overlap at the tips, restricting the gape size of the animal. Two stranded adult male strap-toothed beaked whales were recorded as only being able to open their mouths 3.2 cm and 4 cm wide, compared to females and juveniles that had a gape size of 6.5 cm. It is thought male beaked whales use their teeth to compete for mating access to females, as evidenced by scars and scratches on the bodies of males. However it is unlikely the whale uses the whole tusk for such aggressive interactions, instead, it is probable that only a small denticle found upon the upper surface of the tooth is utilised.
And crème de la crème of sexual selection, showing what's its final effect; species that got extinct because of it. Fisher, as we saw in his quote, argued that this mechanism will regulate itself at some point. However, modern sciences have shown that there in fact are kinds that extincted because of it, thus proving him wrong. Sexual selection is against natural selection.
Irish elk, one of the Pleistocene's biggest land mammals, got doomed because of its extravagant features, which were the result of hypergamy.
Finally, ostracoda depicted on the picture above is prime example of it. Blue area, taking one third of animal's body, is overgrown genitals. Because of this extreme dimorphism, in the past many kinds of this crustacea went extinct; modern ones are seemingly following their path.
But — one could say — traits select for in these animals are particular and situation is different within our kind. I agree. It's truth that there's no singular trait in humans that foids desire as such. But it's the end of nuances; traits are always considered in relations to each other. So is a lenght of a leg in proportion to lenght of another leg, these are in proportion to hips, torso; these are to each other, etc. There's one proportion of human qualities, including proportions that include height and facial traits, considered the most attratictive. Every deviation from the ideal result in lower attractiveness. However, this ideal proportion can multiplie its attractivnes in eyes of femoids by incrasing actual numbers in its particular proportions. Therefore physical human traits as a whole are the same as peacock's tail. To make humans dysgenic, fragile-leged, unsupplied in blood giants, and ultimately to doom our kind – would be result of hyperamy.
Yet there's the soltion to this problem: rape, this philosophical stone, the panacea for cancer consuming humanity. By seizing means of reproduction, truecel reverse dysgenicity of hypergamy and implements eugenics. With his free will, man stops rot of his kind and negate femoids' want of its degeneracy. This negation of runaway effect is thus physical bettering of our kind.
Due to Runaway Selection, mean of reproduction, when given freedom, will always select for traits which concentrations they're aiming for are dysgenic. This shall lead to extreme overgrown in these traits and degradation of specie; and, eventually, to its extinction. That's how R. A. Fisher, greatest biologist after Darwin, describe this process, although with some flaws:
Fisher's article „The evolution of sexual preference” in The Eugenics Review, p. 187, https://pmc.ncbi.nlm.nih.gov/articles/PMC2987134/?pConsider, then, what happens when a clearly-marked pattern of bright feathers affords, in a certain species of birds, a fairly good index of natural superiority. A tendency to select those suitors in which the feature is best developed is then a profitable instinct for the female bird, and the taste for this "point" becomes firmly established among the female instincts. In order to examine the case more fully, let us suppose that the feature in question is in itself valueless, and only derives its importance from being associated with the general vigor and fitness of which it affords a rough. index. Continued sexual selection, while increasing the perfection of the feature itself, would probably decrease its value as an index, since its elaboration might be expected to divert vital energy from other channels. So long, however, as it remains to any extent associated with general well-being, so long will the taste for it on the part of the females grow more and more pronounced. Even if, in the course of time, it ceases to be any index of vitality whatever, the taste for it would continue to increase in strength, if it has already become strong, because although the offspring show no general superiority in the ordinary course of life, they retain their ascendancy in sexual selection, and have, therefore, a better chance of surviving; it is only when a feature has become so harmful as to overbalance this advantage that the taste for it among the females will have reached its maximum and will begin to diminish. We may, therefore, observe three phases in the history of a secondary sexual trait. In the first it is favored by natural selection, and being simple and easily apprehended as a "point," its advantage is slowly increased by the development of sexual selection in its favor; in the second phase it owes nothing to natural selection, which may even have turned against it, but it still increases in splendor and perfection, and the importance attached to it by the opposite sex still increases, so long as it retains a balance of advantage. Finally, perhaps, an equilibrium will be attained in which natural selection just balances sexual selection. [...]
Species that are living (or not, on what we shall focus later) proofs of his thesis are to be infinitely counted. There are few examples, however, that portray this law the best.
The most obvious bastard of sexual selection dysgenicity is, what's clear, a peacock. Its tail, longer than the animal itself, made of flashy, bright leathers, alarming every nearby predator of easy pray, finally making difficult not even merely flying, but every movement can cause only rightful disgust and reflection upon it in observer. Similar feelings to this, for Fisher's main object of observation were birds, were undoubtedly what impelled him to give his discovery a scientific grounding. It's also to be noted that Darwin shared similar opinion; "The sight of a feather in a peacock’s tail, whenever I gaze at it, makes me feel sick", he said.
Yet another victim of runaway effect is Babirussa. Its tusks are what the tails is in peacock, that is, are the trait which is selected for. As one can see, due to this their growth is so big, that they at first become useless, then finally impale the skull of the animal. Such a wonder of hypergamy!
Next specie to be found most physically degenerated thanks to sexual selection is strap-toothed whale. Its tusks, like in babirussa, are caricaturally overgrown, but in other way; they're making it almost impossible for this beast to open its jaw.
Beaked whales show remarkable sexual dimorphism in that only the males retain functional teeth. Male strap-toothed beaked whales begin to develop a large flat tusk from each lower jaw as juveniles, growing at a 45° angle back towards the head and over the rostrum (beak). Reaching up to 34 cm in length,[6] the teeth may overlap at the tips, restricting the gape size of the animal. Two stranded adult male strap-toothed beaked whales were recorded as only being able to open their mouths 3.2 cm and 4 cm wide, compared to females and juveniles that had a gape size of 6.5 cm. It is thought male beaked whales use their teeth to compete for mating access to females, as evidenced by scars and scratches on the bodies of males. However it is unlikely the whale uses the whole tusk for such aggressive interactions, instead, it is probable that only a small denticle found upon the upper surface of the tooth is utilised.
And crème de la crème of sexual selection, showing what's its final effect; species that got extinct because of it. Fisher, as we saw in his quote, argued that this mechanism will regulate itself at some point. However, modern sciences have shown that there in fact are kinds that extincted because of it, thus proving him wrong. Sexual selection is against natural selection.
Irish elk, one of the Pleistocene's biggest land mammals, got doomed because of its extravagant features, which were the result of hypergamy.
Source: https://ucmp.berkeley.edu/mammal/artio/irishelk.htmlA once-popular hypothesized evolutionary mechanism was orthogenesis, in which change in organisms was due not to natural selection, but to internal directional trends within a lineage. The Irish elk was once considered a prime example of orthogenesis: it was thought that its lineage had started evolving on an irreversible trajectory towards larger and larger antlers. The Irish elk finally went extinct when the antlers became so large that the animals could no longer hold up their heads,or got entangled in the trees.
Although orthogenesis was a common evolutionary theory in the 19th and early20th centuries, it has since been abandoned for lack of a plausible mechanism.It is perfectly possible, however, to reconcile the huge antlers of Megaloceros with evolution by selection. Some paleontologists suggested that the enormous weaponry of the Irish elk served a defensive purpose,to kill predators and fight off rivals for mates. A more modern interpretation of the function of the antlers in the giant deer suggest that they were used for sexual displays, as they are in living deer. Some living deer use their antlers in ritualized combats at mating time, in which few individuals actually get hurt. It is possible that the Irish elk used its antlers in this way, but there is another possibility: The antlers of the Irish elk face forward, to show maximum area when the animal looks straight ahead. They may not have been used in combat at all, but simply served as visual signals during courtship. Whichever is the case, sexual selection is the most likely explanation for why the antlers of Megaloceros were so huge. The larger and stronger the antlers, the more successful in mating the male deer would be, and the more offspring he would have — offspring which could inherit parental genes for large antlers.
Finally, ostracoda depicted on the picture above is prime example of it. Blue area, taking one third of animal's body, is overgrown genitals. Because of this extreme dimorphism, in the past many kinds of this crustacea went extinct; modern ones are seemingly following their path.
Source: https://pmc.ncbi.nlm.nih.gov/articles/PMC7482269/ (I cite abstract because it's not my goal to explain here smallest details to a reader, but to give him rather broad perspective.)Sexual selection often favours investment in expensive sexual traits that help individuals compete for mates. In a rapidly changing environment, however, allocation of resources to traits related to reproduction at the expense of those related to survival may elevate extinction risk. Empirical testing of this hypothesis in the fossil record, where extinction can be directly documented, is largely lacking. The rich fossil record of cytheroid ostracods offers a unique study system in this context: the male shell is systematically more elongate than that of females, and thus the sexes can be distinguished, even in fossils. Using mixture models to identify sex clusters from size and shape variables derived from the digitized valve outlines of adult ostracods, we estimated sexual dimorphism in ostracod species before and after the Cretaceous/Palaeogene mass extinction in the United States Coastal Plain. Across this boundary, we document a substantial shift in sexual dimorphism, driven largely by a pronounced decline in the taxa with dimorphism indicating both very high and very low male investment. The shift away from high male investment, which arises largely from evolutionary changes within genera that persist through the extinction, parallels extinction selectivity previously documented during the Late Cretaceous under a background extinction regime. Our results suggest that sexual selection and the allocation of resources towards survival versus reproduction may be an important factor for species extinction during both background and mass extinctions.
But — one could say — traits select for in these animals are particular and situation is different within our kind. I agree. It's truth that there's no singular trait in humans that foids desire as such. But it's the end of nuances; traits are always considered in relations to each other. So is a lenght of a leg in proportion to lenght of another leg, these are in proportion to hips, torso; these are to each other, etc. There's one proportion of human qualities, including proportions that include height and facial traits, considered the most attratictive. Every deviation from the ideal result in lower attractiveness. However, this ideal proportion can multiplie its attractivnes in eyes of femoids by incrasing actual numbers in its particular proportions. Therefore physical human traits as a whole are the same as peacock's tail. To make humans dysgenic, fragile-leged, unsupplied in blood giants, and ultimately to doom our kind – would be result of hyperamy.
Yet there's the soltion to this problem: rape, this philosophical stone, the panacea for cancer consuming humanity. By seizing means of reproduction, truecel reverse dysgenicity of hypergamy and implements eugenics. With his free will, man stops rot of his kind and negate femoids' want of its degeneracy. This negation of runaway effect is thus physical bettering of our kind.
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