Lungs work more efficiently than gills in extracting oxygen from air because they have a larger surface area for gas exchange and a more complex structure that allows for a more efficient transfer of oxygen into the bloodstream. Additionally, the respiratory system in mammals is more adapted to extracting oxygen from the air, which is a richer source of oxygen compared to water.
If you recall from basis chemistry, water is made up of 2 hydrogens and 1 oxygen. The reason why we can't breathe underwater is because the oxygen molecule is already bound to the hydrogen molecules. Oxygen in this form is useless to our lungs. Our lungs can't extract oxygen from water
Fish have gills instead of lungs. In order to get as much oxygen as possible from the water, the gill must have a large and exposed surface area. Terrestrial animals have lungs, which are not directly exposed to air, and the body can sufficiently replenish any moisture lost from exhaling.
Young amphibians mainly use their skin and gills to breathe. Their skin is thin and moist, allowing oxygen to pass through directly into their bloodstream. Gills are present in aquatic species and help them extract oxygen from water. As they mature, they develop lungs for breathing air.
The two large organs where the exchange of oxygen and carbon dioxide occurs are the lungs and the gills. In mammals, the lungs facilitate gas exchange between air and blood, while in aquatic animals like fish, gills perform this function by exchanging gases between water and blood.
Fish have gills- thy are similar to lungs, but water gets pumped through them. Oxygen dissolved in the water transfers (in the gills) to the bloodstream of the fish, and carbon dioxide gets flushed out.
breathing their lungs and extracting it from water using gills
Rabbits, like all mammals, have lungs, not gills. Lungs are the respiratory organs of mammals, including rabbits, and they are adapted for breathing air. Gills, on the other hand, are the respiratory organs of aquatic animals such as fish and some amphibians. Gills are specialized for extracting oxygen from water, whereas lungs are designed for extracting oxygen from the air. Rabbits breathe by inhaling air through their nostrils, which then passes into their lungs, where oxygen is exchanged with carbon dioxide in the blood.
Lung and gills help animals take in oxygen from their environment. Lungs are found in terrestrial animals and allow for the exchange of oxygen and carbon dioxide during respiration, while gills are found in aquatic animals and perform a similar function by extracting oxygen from water.
No, they have gills.Sharks do not breathe with lungs, but with gills that absorb the oxygen in the water.
No. They don't have lungs. They only have gills.
lungs
Octopuses have gills, not lungs. They use their gills to extract oxygen from water, allowing them to breathe underwater.
Yes, in a sense tadpoles use gills and lungs to obtain oxygen. When they first hatch they use gills, Eventually, they become less dependent on the gills as they grow lungs.
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Lungs are what air breathing creatures use. That is how they evolved. Gills need to have water flowing over them so they work in water. So Lungs won't work in water and Gills won't work in air.
Tadpoles need to come up for air because they have gills, which are not as efficient in extracting oxygen from the water as lungs are in extracting it from the air. By coming up for air at the water's surface, tadpoles can supplement the oxygen they obtain through gills with oxygen from the air.
Gills are more efficient at obtaining oxygen, but there is much more oxygen in air to breath through the lungs.