What are the adaptations of aquatic plants and animals?
Answers
Answer:
Two Aquatic Plants' Morphological Adaptations: Lotus and Water Hyacinth
Because the cuticle limits water loss, aquatic plants have very thin or no cuticle at all.
On both sides of the leaves, there are many stomata. The stomata remain open at all times.
They have a more flexible structure.
They have unique roots that allow them to take in oxygen.
To aid floating, the leaves on the surface are flat. They can also float thanks to the existence of air sacs.
The roots are little.
Fish, turtle, and other aquatic animals have morphological adaptations.
They breathe oxygen either through their gills or through their skin. Because marine mammals have lungs, they must surface to breathe.
They are cold-blooded, which means that their body temperature is the same as the ambient temperature.
They can survive extremely high water pressures thanks to their collapsible lungs and rib cages.
Bioluminescent aquatic species can be found at vast depths.
They have the ability to show osmoregulation.
Explanation:
Adaptation refers to how a species adapts its physiology and behaviour to better fit its environmental surroundings. On the planet today, there are an estimated 8.7 million species. They can be found in a wide range of environmental environments, from the frigid and lonely Arctic to the hot Sahara dunes.
Planet Earth's natural environment is in a constant change. The adaptation process assures that the species that adjusts the most will survive on this earth.
Answer:
Environment Education
The plants living in water is also called as hydrophytes or macrophytes. The adaptations of aquatic plants are floating plants and dissected leaves. The adaptations of aquatic animals are respiration through gills, locomotion through fins and tail, and streamlined body for better swimming.