Two worms come together along their ventral sides and become temporarily joined by the secretion of a "slime tube". Sperm is discharged from the seminal vesicles of both Worms's long seminal grooves on the ventral body surfaces, and enter the seminal receptacles of the other worms.
Produces sperm
The seminal vesicles of earthworm's serve a primary role in reproduction. They are the location of production, storage, and release of sperm in males.
The sperm are formed in tubes called seminiferous tubules. They then travel into the epididymus (another tubule network), up through the ductus/vas deferens (another tube) up the front of the pelvis then over the top of the bladder nad back down posterior to it. Here they enter the ejaculatory duct (another tube) which empties into the urethra (another tube). Take you pick.
Roosters have internally located testicles which produce sperm. The sperm leaves the testicles and enter the epididymis. The epididymis is where the sperm gain the ability to swim. They then enter the vas deferens where they are store until mating.
the sperm just die
To release sperm to fertilize the eggs of another earthworm
To release sperm to fertilize the eggs of another earthworm
Produces sperm
its where the sperm is received in an earthworm
It makes the sperm.
Meiosis, then the earthworm has sex and makes new babies
They are like sperm
the sperm has no way to meet the ovum, despite the earthworm being hermaphrodites
Sperm grooves are located on the 21st segment of an earthworm. Sperm grooves are the area sperm travels through when earthworms mate.
It is located on segment 21.
earthworms are hermaphrodites so all they need is another earthworms with which they can exchange sperms so they're eggs can be fertilized.
Alex was neither fully male or fully female; Alex was in fact a hermaphrodite.