tiny hair on the roots and a swollen leaf stalk
they float
air sacks
It's hair on the leaves.
The ability to float on water allows water lettuce to access sunlight more efficiently, which is crucial for photosynthesis. By floating, it can maximize its exposure to light without the competition for resources that occurs in submerged plants. Additionally, floating helps water lettuce to take in carbon dioxide directly from the air, further enhancing its growth and survival in aquatic environments. This adaptation also aids in reproduction, as it can spread rapidly across the water surface.
Bats have webbed feet as one of their adaptations. This will help them to float on water when they are swimming.
Pistia, also known as water lettuce, has adaptations for its aquatic habitat. It has air-filled pockets that help it float, allowing it to access sunlight and nutrients. Its root system is reduced, and it can reproduce rapidly to colonize new areas.
Some examples of vertebrates that can float in water include ducks, alligators, and hippos. These animals have adaptations such as buoyant bodies or air-filled structures that allow them to stay afloat on the water's surface.
Seeds such as coconuts may float on water due to their low density and the presence of air spaces within them. These air spaces enable them to stay buoyant on the water's surface. Additionally, some seeds have adaptations such as waterproof coatings that further enhance their ability to float.
one of the ducks structural adaptations is its webbed feet to keep it a float in water. a behavioural adaptation is that they only feed in shallow water, by wading in the water.
tiny hair on the roots ,swollen leaf stalk......
water lettuce
Water lilies float on the surface of the water to be pollenized by insects. The plant can get nutrients from the water and soil. Floating in the water, the plant is not eaten by mammals so it survives very well.