There is plants and trees in the way so the rain hits the plants.
The rainforest floor has limited light reaching it due to the dense canopy above, so plants receive less sunlight for photosynthesis. Additionally, the thick layer of decaying organic matter on the forest floor also restricts the growth of plants and hinders photosynthesis.
Small trees in a forest usual suffer from lack of sunlight, and can become stunted and spindly. Only if a mature tree falls, so opening a patch of forest floor to sunlight, will the small tree have any chance to grow tall.
The forest floor is dark because the trees are dense and tall above so they can collect as much sun light as possible. This means that only 2% of sun light reaches the forest floor.
Plants on the forest floor often have dark green leaves year-round because they are adapted to low light conditions. The dark green color helps the plants absorb as much light as possible for photosynthesis. Additionally, having leaves all year helps plants take advantage of any available sunlight, even in the shaded understory of the forest.
The forest floor of the rain forest is so thick and tight that little light gets down to the floor. Light is essential for plant life.
Tapirs are native to the rainforests of Latin America and Asia. They cannot climb trees, so they live on the forest floor. The forest floor in a tropical rainforest is called the understory.
This is because the there are so many trees that it doesn't reach the forest floor.
Because theres no sunshine to reach the forest floor so that results in most things not growing
very little sunlight makes it to the rainforest floor
so they can be more safe
The greatest limiting factor for plants that grow on the floor of a rainforest is often the lack of sunlight due to the dense canopy above. This results in limited light availability for photosynthesis, which is crucial for plant growth and survival. As a result, plants on the rainforest floor have adaptations to maximize light absorption, such as large leaves or growing towards small gaps in the canopy.