there is not enough oxygen
Marshy soil is a type of soil that is waterlogged and characterized by having high organic content. It is typically found in low-lying areas near water bodies such as marshes, swamps, and wetlands. Marshy soil is often spongy and can be a challenge for construction and agricultural activities.
Trees that grow in marshy areas, such as mangroves, have specialized breathing roots called pneumatophores. These roots extend above the waterlogged soil to access oxygen in the air, which is essential for the tree's survival in oxygen-poor environments. The adaptation allows these trees to thrive in saturated soils where traditional root systems would struggle to obtain sufficient oxygen for respiration. This unique feature enables them to stabilize the ecosystem, provide habitat, and improve water quality.
Because a cactus can't grow in clayey soil and there is a lot of water in the marshes, the cactus does not need a lot of water
Roots adapt to a plant's habitat by growing in a way that maximizes water and nutrient uptake. For example, in dry environments, roots may grow deeper into the soil to access water, while in marshy areas, they may develop pneumatophores to obtain oxygen. Additionally, some plants have specialized roots that form symbiotic relationships with fungi to increase nutrient absorption.
Positive gravitropism, as the roots grow towards gravity by growing downwards into the soil.
The roots of plants predominantly grow downward, towards the soil.
roots help plants grow. Also the roots absorb the nutrence from the soil and transfer the nutrence up to the stem. the roots also grow to find more enriched soil.
Cucumber roots typically grow to a depth of about 12 to 18 inches in the soil.
Fibrous roots are shallow and spread out horizontally in the soil to absorb water and nutrients efficiently. They do not typically grow deep into the soil compared to taproots.
Plant roots grow downwards to anchor the plant in the ground. The roots also seek out water and nutrients in the soil.
yes
They form by letting the plants roots grow into the soil which fertilizes the soil.