Linked from

The 24 pages that link to Hermaphroditism, each with the reason it gives.

• Reproductive systemRelated: It contrasts with systems divided between separate sexes.

• SlugRelated: Many slugs exchange sperm with mates despite possessing both reproductive systems.

• CestodaRelated: Most cestode proglottids contain organs of both sexes.

• Cornu aspersumRelated: Each adult can produce sperm and eggs, though mating with another snail is typical.

• FlatwormRelated: Many flatworms possess both sets of reproductive organs, though mating systems vary.

• TrematodaRelated: Most flukes can produce both types of gametes, though blood flukes are an exception.

• AchatinaRelated: Achatina individuals possess both sets of reproductive organs.

• EntoproctaRelated: Many entoprocts are hermaphrodites, though reproductive details vary among species.

• Freshwater snailRelated: Many freshwater snail species are simultaneous hermaphrodites, though mating systems differ among lineages.

• Lissachatina fulicaRelated: Each snail has both reproductive roles, though mating can still occur between individuals.

• MatingRelated: Some hermaphrodites mate with another individual; others can self-fertilize.

• AplysiidaRelated: Sea hares are simultaneous hermaphrodites and may form mating chains.

• GastrotrichRelated: Hermaphroditic reproduction is characteristic of many gastrotrichs, though details vary among groups.

• Lepas anatiferaRelated: Like many barnacles, Lepas anatifera can function as both male and female.

• Sex organRelated: It demonstrates that sex-organ arrangements do not always divide into separate male and female individuals.