Both clams and earthworms respire through diffusion, allowing oxygen to pass directly into their bodies and carbon dioxide to exit. Clams use gills to extract oxygen from water, while earthworms rely on their moist skin for gas exchange. In both cases, a moist surface is essential for effective respiration. Additionally, both organisms have adaptations that maximize their surface area for gas exchange.
Respiration in the earthworm is fairly simple. The earthworm has moist skin and it respires through the skin surface by taking in oxygen and giving out carbon di-oxide.
catches insects and and does respiration.
an earthworm because the worm eats dirt not fungi like snails, slugs and clams do
an earthworm because the worm eats dirt not fungi like snails, slugs and clams do
Its not impossible. Many animals such as the earthworm and frog do it.
Temporary storage occurs in the crop of an earthworm
Amphibians
A leech is also an annelidia, such as the earthworm.
Yes, earthworm respiration is referred to as cutaneous respiration because they exchange gases directly through their skin. Their skin must remain moist to facilitate the diffusion of oxygen and carbon dioxide, as they lack specialized respiratory organs like lungs or gills. This process allows them to absorb oxygen from the environment and release carbon dioxide efficiently.
the same as yours
Earthworm are like human cause they have a complete losed circulatory system. The earthworm has red blood that contains respiratory pigment similar to hemocfokin. External respiration in human must be moist and an earthworm keep its body surface.
compare the snake and earthworm