they exchange carbon dioxide and oxygen through the skin(:
* Acoelomorpha * Platyhelminthes (flatworms) * ** Cestoda (tapeworms) ** Trematoda (flukes) ** Monogenea ** Turbellaria (planarians) * Acanthocephales * Kinorhyncha (mud dragons) * Annelida (segmented worms ) * ** Polychaeta ** Oligochaeta ** Hirudinida (leeches) * Nemertea(ribbon worms ) * Echiura (spoon worms ) * Sipuncula(peanut worms ) * Nematoda (roundworms) * Nematomorpha (horsehair worms or gordian worms ) * Priapulida (penis worms ) * Gnathostomulida (jaw worms )
The best kind of soil for worms is loamy soil, which is a mixture of sand, silt, and clay. This type of soil provides good drainage while retaining enough moisture for worms to thrive. It also offers a balanced mix of nutrients for their diet and allows for easy tunneling.
Worms live in soil because it provides the ideal habitat for them to feed, breed, and move around. Soil offers protection from predators, provides food sources like decaying organic matter, and maintains a suitable moisture level for them to survive and thrive. Additionally, worms play a crucial role in soil health by aerating the soil and recycling nutrients.
Yes, worms do live in the rainforest. They play a vital role in the ecosystem by breaking down organic matter and recycling nutrients back into the soil. Worms are important for maintaining soil health and fertility in rainforest environments.
Worms are typically nocturnal and burrow underground during the day to avoid predators and extreme temperatures. They feed on decaying organic matter in the soil, aiding in the decomposition process. Worms are beneficial to soil health as they help aerate the soil and improve its nutrient content through their castings.
Yes, worms require oxygen to survive. They breathe through their skin, absorbing oxygen from the air and water around them. Without enough oxygen, worms can suffocate and die.
by their epidermal layer
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Feather duster worms have radioles that work like gills, exchanging carbon dioxide for oxygen in the water, allowing the worm to breathe.
Yes, worms do require oxygen for their survival, but they do not require carbon dioxide.
Well yes worms do asorb oxygen through their skin because it is the only way for them to breath. But like humans be breath through our nose or mouth, if worms tryed to do that then they would most likey die.
a worm is a exchanging oxygen and carbon dioxide
because it gives the worms plenty of oxygen to breathe .
Segmented worms, such as earthworms, breathe through their skin using a process called cutaneous respiration. They rely on the thin, moist skin to absorb oxygen directly from their environment and release carbon dioxide. This allows them to exchange gases with the surrounding air or water.
Worms do not come out in the sun because if they do come out in the sun, their skin will dry out. And if worms skin drys out they cannot breath and will die. The reason they would not be able to breath is because worms observe oxygen from the moist on their skin.
Worms, particularly earthworms, are aerobic organisms. They require oxygen for their metabolic processes and breathe through their skin, which must remain moist to facilitate gas exchange. While some worms can survive in low-oxygen environments for short periods, they primarily thrive in well-aerated soil.
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