<p>Effect of seasonal form and male and female mating status on <b>a)</b> frequency of copulation, and <b>b)</b> latency to copulation for pairs of WS and DS butterflies. Panels on the left illustrate the effect of female mating status on frequency of and latency to copulation in the mixed sex pairs. Panels on the right illustrate the effect of male mating status on frequency of and latency to copulation. Seasonal form and female mating status were the two significant parameters in GLMs for frequency of copulation and latency to copulation. Non-virgin females have lower copulation frequency and higher latency to copulation than virgin females, but this effect is not present in males. DS forms of each sex display higher copulation frequency ...
Male mating biases may be a widespread feature of animal mating systems but the phenotypic consequen...
ABSTRACT—Previous theoretical studies and some empirical studies suggested that the factors which af...
<p>Females that copulated < 550 s never produced nymphs. Only 33% (<i>N</i> = 3/9) of the copulation...
Abstract There is genetic variation in the female mating rate in the green-veined white butterfly (P...
Many organisms alter their investment in secondary sexual traits to optimise the fitness trade-off b...
In butterflies, male reproductive success is highly related to the quality and the size of the sperm...
1) Butterflies are frequently used in comparative studies of sexual selection because of their diver...
The optimization theory assumes that males of insects with separate adult generations should prefere...
The intensity with which males deliver courtship and the frequency with which they mate are key comp...
In the green-veined white butterfly (Pieris napi), females obtain direct fitness benefits from matin...
Rearing environment can have an impact on adult behavior, but it is less clear how rearing environme...
AbstractInformation on the mating system of an insect species is necessary to gain insight into sexu...
Protandry (the emergence of males before fe males) is currently explained either as a mating strateg...
Climatic and biotic circumstances vary as seasons shift, and different cohorts of multivoltine speci...
International audienceWhen, how often and for how long organisms mate can have strong consequences f...
Male mating biases may be a widespread feature of animal mating systems but the phenotypic consequen...
ABSTRACT—Previous theoretical studies and some empirical studies suggested that the factors which af...
<p>Females that copulated < 550 s never produced nymphs. Only 33% (<i>N</i> = 3/9) of the copulation...
Abstract There is genetic variation in the female mating rate in the green-veined white butterfly (P...
Many organisms alter their investment in secondary sexual traits to optimise the fitness trade-off b...
In butterflies, male reproductive success is highly related to the quality and the size of the sperm...
1) Butterflies are frequently used in comparative studies of sexual selection because of their diver...
The optimization theory assumes that males of insects with separate adult generations should prefere...
The intensity with which males deliver courtship and the frequency with which they mate are key comp...
In the green-veined white butterfly (Pieris napi), females obtain direct fitness benefits from matin...
Rearing environment can have an impact on adult behavior, but it is less clear how rearing environme...
AbstractInformation on the mating system of an insect species is necessary to gain insight into sexu...
Protandry (the emergence of males before fe males) is currently explained either as a mating strateg...
Climatic and biotic circumstances vary as seasons shift, and different cohorts of multivoltine speci...
International audienceWhen, how often and for how long organisms mate can have strong consequences f...
Male mating biases may be a widespread feature of animal mating systems but the phenotypic consequen...
ABSTRACT—Previous theoretical studies and some empirical studies suggested that the factors which af...
<p>Females that copulated < 550 s never produced nymphs. Only 33% (<i>N</i> = 3/9) of the copulation...