<transcript><audio_15>dimorphism that helps to explain phenotypic differences between Sexes researchers estimate that over 99.99% of UK carots reproduce sexually most do so by way of male and female Sexes both of which are optimized for</transcript><transcript><audio_16>Reproductive potential due to their differently sized and shaped gametes both males and females have developed physiological and behavioral differences that optimize the individual's fecundity since most egg laying females typically</transcript> dimorphism that helps to explain phenotypic differences between Sexes researchers estimate that over 99.99% of UK carots reproduce sexually most do so by way of male and female Sexes both of which are optimized for Reproductive potential due to their differently sized and shaped gametes both males and females have developed physiological and behavioral differences that optimize the individual's fecundity since most egg laying females typically
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