Yes, worms do require oxygen for their survival, but they do not require carbon dioxide.
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.
Fungi and worms play key roles in the carbon cycle by breaking down organic matter and returning nutrients back to the soil. Fungi decompose dead plant material, releasing carbon into the soil, while worms help aerate the soil and facilitate the decomposition process. This helps regulate carbon levels in the ecosystem and promotes nutrient cycling for plant growth.
The number of worms that can be put in one container depends on its size and the type of worms. Generally, you can house a dozen or more small composting worms in a gallon-sized container, while larger fishing worms may require more space. It's important to provide adequate space, ventilation, and food for the worms' well-being.
Because, by the process of photosynthesis plants produce oxygen which is most essential for humans, AND the plants provide food for their own survival and growth, and thus provide a food source for humans and many vegetation eating animals which are another food source for human life.
A simple life form that can make its own food is a plant. Plants are able to produce their own food through a process called photosynthesis, where they use sunlight, water, and carbon dioxide to create sugars for energy. This ability to synthesize its own food is what makes plants autotrophic organisms.
yes
a worm is a exchanging oxygen and carbon dioxide
Feather duster worms have radioles that work like gills, exchanging carbon dioxide for oxygen in the water, allowing the worm to breathe.
It is for them to breathe (absorb oxygen and give off carbon dioxide).hry4ryery
Yes, worms absorb water through their skin via a process called osmosis. They rely on their moist skin to help facilitate the exchange of oxygen and carbon dioxide, as well as water absorption. This is crucial for their survival and overall health.
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.
Worms do not require sunlight or any kind of light for survival. They prefer dark, moist environments such as soil, compost, or leaf litter. In fact, exposure to light can be harmful to worms as they are sensitive to light and can become stressed or dry out.
An accurate diagnosis of pinworm infection will require that either the eggs or the adult worms are detected
Worms breathe through their skin, which is permeable to oxygen. They rely on a process called diffusion to absorb oxygen directly from the air and surrounding environment into their bodies. This is how they are able to survive without lungs or other specialized respiratory organs.
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.
Tubifex worms breathe through their skin, a process called diffusion. They have a high surface area to volume ratio, allowing oxygen to pass through their skin and carbon dioxide to be expelled. They require well-oxygenated water to thrive.
Answer #1:The gas that is essential for life is call nitrogen and it has no colorand neither does it have odor.==============================Answer #2:The answer depends on exactly what "life" you're talking about.If you're interested in human life, dogs, cats, elephants, and theother "higher" organisms, it's oxygen.Trees need carbon dioxide, shorter plants need that and nitrogen too,and the giant worms that hang around the volcanic vents at the bottomof the ocean need sulfur dioxide.