they breathe through there skin
Oxygen dissolves on the mucus of their skin and goes into their cardiovascular system. And since it goes through the mucus of their skin they have to stay moist.
Through their butts.
Earthworms require oxygen to breathe, and when soil is saturated with water, there is not enough air present for the earthworms to survive. The excess water limits the movement of air in the soil, causing oxygen levels to drop and suffocating the earthworms.
the worm especially earthworms
In corn plants, the cells that have a function most similar to blood vessels in earthworms are the xylem and phloem cells. The xylem transports water and minerals from the roots to the rest of the plant, akin to how blood vessels carry nutrients and oxygen in earthworms. The phloem, on the other hand, distributes sugars and other organic compounds produced through photosynthesis, similar to the role of blood in distributing nutrients throughout the earthworm's body. Together, these vascular tissues facilitate the transport of essential substances in plants, paralleling the circulatory function in earthworms.
Earthworms exchange oxygen and carbon dioxide through their skin. They absorb oxygen from the air and release carbon dioxide into the environment through their moist skin. This process is called cutaneous respiration.
New cells grow on their ends causing work to get longer
Earthworms respire and take in oxygen directly from the skin and releases co2 from the skin as well.It has no vascular system so it gets all it's oxygen through diffusion through it's skin if that's what you mean. In other terms its individual cells respire just as any other animal cells would.
Red Blood cells help you get oxygen to your cells
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An earthworm's respiratory system consists of their skin, which is thin and moist, allowing for gas exchange with the environment. Oxygen is absorbed through the skin while carbon dioxide is released. There are no specialized respiratory organs such as lungs or gills in earthworms.
Earthworms have photoreceptor cells to detect light and darkness. These cells help them navigate their environment and determine whether it is day or night. This information is crucial for their survival, as it helps them find food, avoid predators, and regulate their behavior and activity patterns.