preferences for facial cues of cues of testosterone tested inside the estimated fertile testosterone when tested window (mean z = 0.19 ± 0.27; men’s inside the estimated fertile mean raw percentage of high window than when tested testosterone faces chosen = 52%) outside this (p. 743) than when tested in their other window…” session (mean z = -0.28 ± 0.18; mean raw percentage of high testosterone faces chosen = 43%), F (1, 17) = 4.84, = (p. 7460 p 0.043.” study by the “…a previous authors provided data supporting the hypothesis that olfactory stimuli pertaining to phenotypic and genetic men’s quality, measured by degree of body FA, positively affect “Normally ovulating Correlation between sexual attrac- tiveness to preference for men’s women’s fertility Thornhill women (Gangestad and symmetry was correlated with (continuous) and & Thornhill First, we estimated fertility risk based on 1998a)…. attraction to scents = .43, = .001 r p Gangestad wished to see if the first study day in the menstrual cycle. women’s associated with (1999) would replicate and thereby The correlation was highly symmetry assess the reliability of its main significant, = .43, = .001 (N = r p finding using a larger sample. (p. 186) 48).” Second,... in this study we examined whether women prefer the scents of visually attractive men (based on facial photographs) as well as symmetric (p. 178) men.” Thornhill, the current study, we Correlation between risk did covary “In “Conception Chapman, examined changes in fertility significantly and positively with women’s = .32, = .016 r46 p & preferences for the scent of (continuous) and male scents associated with T levels, Gangestad high-T men across the ovulatory attraction to scents = .32, = (p. 219) r46 p .016.”
preferences for facial cues of men’s testosterone when tested inside the estimated fertile window than when tested outside this window…” (p. 743) cues of testosterone tested inside the estimated fertile window (mean z = 0.19 ± 0.27; mean raw percentage of high testosterone faces chosen = 52%) than when tested in their other session (mean z = -0.28 ± 0.18; mean raw percentage of high testosterone faces chosen = 43%), F (1, 17) = 4.84, p = 0.043.” (p. 7460 Thornhill & Gangestad (1999) “…a previous study by the authors provided data supporting the hypothesis that olfactory stimuli pertaining to men’s phenotypic and genetic quality, measured by degree of body FA, positively affect men’s sexual attrac- tiveness to women (Gangestad and Thornhill 1998a)…. First, we wished to see if the first study would replicate and thereby assess the reliability of its main finding using a larger sample. Second,... in this study we examined whether women prefer the scents of visually attractive men (based on facial photographs) as well as symmetric men.” (p. 178) Correlation between fertility (continuous) and attraction to scents associated with symmetry “Normally ovulating women’s preference for symmetry was correlated with estimated fertility risk based on women’s day in the menstrual cycle. The correlation was highly significant, r = .43, p = .001 (N = 48).” (p. 186) r = .43, p = .001 Thornhill, Chapman, & Gangestad “In the current study, we examined changes in women’s preferences for the scent of high-T men across the ovulatory Correlation between fertility (continuous) and attraction to scents “Conception risk did covary significantly and positively with male scents associated with T levels, r46 = .32, p = .016.” (p. 219) r46 = .32, p = .016
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