Social wasps show an obvious evolution of the differentiation in behavior and external size between reproductive and non-reproductive females, with no clear differences in the Stenogastrinae, via overlap in the Polistinae, to clear differences in the Vespinae. In this study, we examined the morphological appearance of the spermatheca in representative species of these three subfamilies. The general anatomical organization of the spermatheca comprises a reservoir, a duct and two spermathecal glands, and is in line with its common structure in other social Hymenoptera. All examined wasp species have a spermathecal reservoir with uniform wall thickness, which is similar to the situation in the bees, but differentiates them from the ants. Withi...
The three Pegoscapus species present the same internal reproductive tract features comprising testes...
Richards' gland is known for the majority of Epiponini wasps, and despite few experimental evidences...
Sperm and female reproductive tract morphology are among the most rapidly evolving characters known ...
The morphology of the Polistes erythrocephalus (Latreille) (Hymenoptera Vespidae Polistinae) spermat...
Evolution of specialized spermatheca morphology in ant queens: Insight from comparative developmenta...
In contrast to most blood sucking flies, the structure of the spermathecae in phlebotomine sandflies...
Abstract. Glands play a central role in the social behavior of insects, and comparative anal-ysis of...
In the female insect, the spermatheca is an ectodermal organ responsible for receiving, maintaining,...
Female insects generally store sperm received during mating in specific organs of their reproductive...
Abstract Triatoma lecticularia (Hemiptera: Reduviidae) (Stal, 1859) is a potential vector of Chagas’...
Abstract: The insect’s spermatheca store the spermatozoa from the time of copulation until the ferti...
Female insects generally store sperm received during mating in specific organs of their reproductive...
Female insects generally store sperm received during mating in specific organs of their reproductive...
The three Pegoscapus species present the same internal reproductive tract features comprising testes...
The structure of the spermatheca was investigated in specimens of five termite families with the aid...
The three Pegoscapus species present the same internal reproductive tract features comprising testes...
Richards' gland is known for the majority of Epiponini wasps, and despite few experimental evidences...
Sperm and female reproductive tract morphology are among the most rapidly evolving characters known ...
The morphology of the Polistes erythrocephalus (Latreille) (Hymenoptera Vespidae Polistinae) spermat...
Evolution of specialized spermatheca morphology in ant queens: Insight from comparative developmenta...
In contrast to most blood sucking flies, the structure of the spermathecae in phlebotomine sandflies...
Abstract. Glands play a central role in the social behavior of insects, and comparative anal-ysis of...
In the female insect, the spermatheca is an ectodermal organ responsible for receiving, maintaining,...
Female insects generally store sperm received during mating in specific organs of their reproductive...
Abstract Triatoma lecticularia (Hemiptera: Reduviidae) (Stal, 1859) is a potential vector of Chagas’...
Abstract: The insect’s spermatheca store the spermatozoa from the time of copulation until the ferti...
Female insects generally store sperm received during mating in specific organs of their reproductive...
Female insects generally store sperm received during mating in specific organs of their reproductive...
The three Pegoscapus species present the same internal reproductive tract features comprising testes...
The structure of the spermatheca was investigated in specimens of five termite families with the aid...
The three Pegoscapus species present the same internal reproductive tract features comprising testes...
Richards' gland is known for the majority of Epiponini wasps, and despite few experimental evidences...
Sperm and female reproductive tract morphology are among the most rapidly evolving characters known ...