Extraordinary Flux in Sex Ratio
Sylvain Charlat, Emily A. Hornett, James Howard Fullard, Neil Davies, George K. Roderick, Nina Wedell, Gregory D. D. Hurst
Abstract
Sylvain Charlat, Emily A. Hornett, James Howard Fullard, Neil Davies, George K. Roderick, Nina Wedell, Gregory D. D. Hurst
Abstract
The ratio of males to females in a species is often considered to be relatively constant, at least over ecological time. Hamilton noted that the spread of "selfish" sex ratio-distorting elements could be rapid and produce a switch to highly biased population sex ratios. Selection against a highly skewed sex ratio should promote the spread of mutations that suppress the sex ratio distortion. We show that in the butterfly Hypolimnas bolina the suppression of sex biases occurs extremely fast, with a switch from a 100:1 population sex ratio to 1:1 occurring in fewer than 10 generations.
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The ratio of males to females in a species is often considered to be relatively constant, at least over ecological time. Hamilton noted that the spread of "selfish" sex ratio-distorting elements could be rapid and produce a switch to highly biased population sex ratios. Selection against a highly skewed sex ratio should promote the spread of mutations that suppress the sex ratio distortion. We show that in the butterfly Hypolimnas bolina the suppression of sex biases occurs extremely fast, with a switch from a 100:1 population sex ratio to 1:1 occurring in fewer than 10 generations.
Key concepts: Sex ratio, Operational sex ratio, Population, Biology, Constant (computer programming), Statistics, Demography, Mathematics