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==Male bodily attractiveness== | ==Male bodily attractiveness== | ||
According to two studies examining women's preferences regarding male body types published by the Royal Society in 2017, | According to two studies examining women's preferences regarding male body types published by the Royal Society in 2017, perceived strength is the strongest indicator of male bodily attractiveness. This single trait has a very high positive correlation (r = 0.8) with women's attractiveness ratings of said male bodies. | ||
The conductors of these studies also found evidence that there exists a linear association between perceived strength (as judged by women) in male bodies and higher ratings of men's bodily attractive attractiveness, with no women in the sample demonstrating a statistically significant preference for weaker men, in contradiction to previous research that maintained this association was curvilinear (that is, women find men with a 'sweet spot' level of formidability to be the most attractive and dislike both very muscular and thin men).<ref>https://incels.wiki/w/Scientific_Blackpill#Rated_strength_is_the_main_predictor_of_men.27s_bodily_attractiveness._No_women_prefer_weak_men</ref> | The conductors of these studies also found evidence that there exists a linear association between perceived strength (as judged by women) in male bodies and higher ratings of men's bodily attractive attractiveness, with no women in the sample demonstrating a statistically significant preference for weaker men, in contradiction to previous research that maintained this association was curvilinear (that is, women find men with a 'sweet spot' level of formidability to be the most attractive and dislike both very muscular and thin men).<ref>https://incels.wiki/w/Scientific_Blackpill#Rated_strength_is_the_main_predictor_of_men.27s_bodily_attractiveness._No_women_prefer_weak_men</ref> | ||
In this study, the relationship between the women's ratings of attractiveness of the men and their actual measured strength was relatively weak, from r = 0.25-.038 depending on the angle of the photo used. | In this study, the relationship between the women's ratings of attractiveness of the men and their actual measured strength was relatively weak, from r = 0.25-.038, depending on the angle of the photo used. | ||
This weak correlation suggests, firstly, that ratings of strength are not identical to ratings of attractiveness. Ratings of attractiveness likely capture facets that contribute to ratings of attractiveness but not strength, such as body fat percentage. Secondly, a portion of the perceptions of physical strength | This weak correlation suggests, firstly, that ratings of strength are not identical to ratings of attractiveness. Ratings of attractiveness likely capture facets that contribute to ratings of attractiveness but not strength, such as body fat percentage. Secondly, a portion of the perceptions of physical strength are determined by factors that are only weakly related to actual strength. | ||
These features could include traits that contribute to the desired male 'v-taper' shape, such as narrow waists and wide clavicles, | These features could include traits that contribute to the desired male 'v-taper' shape, such as narrow waists and wide clavicles, which are unrelated to actual strength or perhaps even detrimental in some instances (in the case of lower body fat and absolute strength). | ||
An Australian study that utilized scale nude 3D models found that a general mesomorphic body shape (v-taper, low body fat, thin waist) accounted for approximately 80% of the variance in the women's ratings of male bodily attractiveness, as compared to height and absolute penis size (flaccid), which both accounted for about 6% and 5% respectively. | |||
<ref>https://www.researchgate.net/publication/236140654_Penis_size_interacts_with_body_shape_and_height_to_influence_male_attractiveness</ref> | <ref>https://www.researchgate.net/publication/236140654_Penis_size_interacts_with_body_shape_and_height_to_influence_male_attractiveness</ref> | ||
However, one issue with this study (noted by the authors) that may have inflated the amount of variance attributable to bodily attractiveness (among the whole sample) was that the study included male 3D models | However, one issue with this study (noted by the authors) that may have inflated the amount of variance attributable to bodily attractiveness (among the whole sample) was that the study included male 3D models with extremely wide hips and narrow shoulders. While it is true that many males in industrialized societies are obese (as also noted by the study authors), the male model used in this study that represented the lowest attractiveness male body type had a strong gynoid (female sex-typical) pattern of fat storage and very broad hip bones and narrow clavicles, which is unusual for men (apart from men with chromosomal defects such as Kleinfelter's syndrome), and likely even more unattractive than an obese man with typical hip and shoulder dimensions would be. | ||
Still, this finding supports the claim that waist-to-shoulder, waist-to-chest, and waist-to-hip ratios capture the bulk of male bodily attractiveness. This strong correlation between the v-shaped body further indicates that this type of body shape promotes judgements of physical strength, following the Sell et al. (2017) study that demonstrated that perceived power highly influences perceptions of body attractiveness, indicating that the gap between perceived and actual strength may be heavily driven by a female preference for aesthetically proportioned male bodies (and not necessarily those with the most sheer bulk) as indicated by the strong influence of the shoulder-to-hip ratio in this study, which is influenced by upper body muscularity, leanness, and a natural frame that is wide in the shoulders and narrow in the hips and waist. This body type may differ from the one associated with maximal brute strength, as a quick glance at heavyweight powerlifters, Olympic lifters in the highest weight class, sumo wrestlers and champion strongmen will indicate. | |||
Wide clavicles, in particular, represent one sexually dimorphic trait<ref>https://pubmed.ncbi.nlm.nih.gov/22138028/</ref> that could have conceivably been subject to [[Fisherian runaway|Fisherian sexual selection]] throughout humanities evolutionary past. While women generally find this trait attractive in a male partner (and wide clavicles contribute to the width of one's shoulders exclusive of soft tissue, which is associated with greater physical attractiveness)<ref>https://www.unm.edu/~abryan/articles/femalehipratio.pdf</ref>, it seems there is no relationship between clavicle length (concerning the humerus) and throwing ability in men. This lack of a relationship indicates that this trait is primarily ornamental (not serving a direct adaptive function apart from increasing sexual attractiveness to the opposite sex).<ref>https://www.researchgate.net/publication/267812769_Clavicle_length_throwing_performance_and_the_reconstruction_of_the_Homo_erectus_shoulder</ref> | |||
Regarding the more minor traits associated with male bodily attractiveness, it has been demonstrated that a narrow waist is also considered an attractive trait in males. Interestingly, a lower waist-to-hip ratio is attractive in males (like in women), even when controlling for waist size. Thus, proportionately large hips in males are an undesirable trait.<ref>https://www.researchgate.net/publication/340497679_Preferences_for_Sexually_Dimorphic_Body_Characteristics_Revealed_in_a_Large_Sample_of_Speed_Daters</ref> | |||
==Relative contribution of face and body to attractiveness== | ==Relative contribution of face and body to attractiveness== |
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