BACKGROUND: Males usually produce mating plugs to reduce sperm competition. However, females can conceivably also produce mating plugs in order to prevent unwanted, superfluous and energetically costly matings. In spiders-appropriate models for testing plugging biology hypotheses-mating plugs may consist of male genital parts and/or of amorphous covers consisting of glandular or sperm secretions. In the giant wood spider Nephila pilipes, a highly sexually dimorphic and polygamous species, males are known to produce ineffective embolic plugs through genital damage, but nothing is known about the origin and function of additional conspicuous amorphous plugs (AP) covering female genitals. METHODOLOGY: We tested alternative hypotheses of the na...
Behavioral studies of sexual selection tend to focus on events that lead up to copulation and the tr...
Abstract Sperm competition drives traits that enhance fertilization success. The amount of sperm tra...
Sperm competition drives traits that enhance fertilization success. The amount of sperm transferred ...
<div><h3>Background</h3><p>Males usually produce mating plugs to reduce sperm competition. However, ...
<p>A, giant female (left) and small male (right); B, female genital area, intact, arrows indicate pa...
Peucetia viridans males were allowed to mate with three virgin females and most matings resulted in ...
Female reproductive status can have strong selective effects on male mating strategies due to the th...
Male and female genital morphology may have strong effects on fitness in spiders. Females of some sp...
Males and females share the same goal in sexual reproduction—increased offspring production and viab...
Once thought to be energetically cheap and easy to produce, empirical work has shown that sperm is a...
Reproduction in arthropods is an interesting area of research where intrasexual and intersexual mech...
Unpublished field observations in Leucauge argyra, a tropical orb weaver spider, suggest the occurre...
One of the strongest indications that cryptic female choice is an evolutionary phenomenon of general...
In polyandrous species, paternity may be influenced by the timing and frequency of mating. Female sp...
Sperm competition may select for male reproductive traits that influence female mating or ovipositio...
Behavioral studies of sexual selection tend to focus on events that lead up to copulation and the tr...
Abstract Sperm competition drives traits that enhance fertilization success. The amount of sperm tra...
Sperm competition drives traits that enhance fertilization success. The amount of sperm transferred ...
<div><h3>Background</h3><p>Males usually produce mating plugs to reduce sperm competition. However, ...
<p>A, giant female (left) and small male (right); B, female genital area, intact, arrows indicate pa...
Peucetia viridans males were allowed to mate with three virgin females and most matings resulted in ...
Female reproductive status can have strong selective effects on male mating strategies due to the th...
Male and female genital morphology may have strong effects on fitness in spiders. Females of some sp...
Males and females share the same goal in sexual reproduction—increased offspring production and viab...
Once thought to be energetically cheap and easy to produce, empirical work has shown that sperm is a...
Reproduction in arthropods is an interesting area of research where intrasexual and intersexual mech...
Unpublished field observations in Leucauge argyra, a tropical orb weaver spider, suggest the occurre...
One of the strongest indications that cryptic female choice is an evolutionary phenomenon of general...
In polyandrous species, paternity may be influenced by the timing and frequency of mating. Female sp...
Sperm competition may select for male reproductive traits that influence female mating or ovipositio...
Behavioral studies of sexual selection tend to focus on events that lead up to copulation and the tr...
Abstract Sperm competition drives traits that enhance fertilization success. The amount of sperm tra...
Sperm competition drives traits that enhance fertilization success. The amount of sperm transferred ...