Light energy to photosynthesize made it beneficial for aquatic plants to move onto land. Terrestrial environments allowed the plants to be able to absorb more sunlight in contrast to living beneath the surface of water.
aquatic plants live in water because they cannot survive on land
yes, both on land and in water
Land plants require soil, sunlight, water and different nutrients to grow. Aquatic plants require the minerals and nutrients from in the water to grow.
I believe the answer is wetlands.
Those living on dry land as opposed to aquatic which live in water.
Scientists believe that plants evolved from aquatic environments, such as algae and seaweed, which eventually adapted to life on land. The transition from water to land allowed plants to develop mechanisms to absorb water and nutrients from the soil, protect themselves from drying out, and reproduce without the need for water for fertilization. This evolutionary process enabled plants to diversify and become an essential part of terrestrial ecosystems.
One: they live in water instead of land like regular plants Two: they don't need air
You must play on to unlock them, or use a lily pad to place land plants on water. They will be eaten separately.
Aquatic plants evolved into early land plants around 450 million years ago. The transition from water to land required adaptations such as developing structural support to withstand gravity, mechanisms for water retention, and strategies for reproduction in a drier environment. This transition allowed plants to colonize terrestrial habitats and diversify.
Cuticles serve as a protective barrier for land plants, preventing water loss and safeguarding against desiccation in terrestrial environments. Unlike their aquatic ancestors, which were surrounded by water and could absorb moisture directly, land plants require this adaptation to maintain hydration and survive in varying humidity levels. Additionally, cuticles help reduce the risk of pathogen invasion and provide some protection against UV radiation.
By diffusion through stomata in land plants and in aquatic plantsthrough free plant surface in the disolved form in water.