In desert plants the root hairs are more sensitive for water absorption and can absorb water at times from the moist air present in the porous soil. The root hairs of tropical rain forest plants absorb only capillary water present in the soil.
Root cells obtain oxygen for respiration from the air spaces within the soil. Oxygen can diffuse through the soil and reach the roots, where it is used for aerobic respiration to produce energy for the cell.
Prop roots, which are specialized aerial roots found in certain plants like mangroves, absorb water through their surface cells, which are equipped with structures called root hairs. These roots can absorb moisture from the air and soil, enhancing the plant's ability to survive in waterlogged or saline environments. By extending into the soil and air, prop roots increase the plant's stability and access to water and nutrients. Additionally, they contribute to the plant's overall resilience against environmental stressors.
Ploughing helps in root respiration by breaking up compacted soil, which allows for better air circulation and water infiltration. This creates a healthier root environment, as roots require oxygen to undergo respiration and absorb nutrients effectively. Ploughing also helps to reduce soil compaction, which can limit root growth and function.
Orchid roots absorb water through specialized structures called velamen roots, which are located on the outer surface of the roots. These roots are covered with a spongy tissue that helps in absorbing moisture from the air and surrounding environment, rather than directly from the soil.
Absolutely not.It can't.most plants roots are underground. the amount of air in the soil is very minimal,and it is used up by creatures in the ground.So there would not be any air for the root to absorb.Hope this is usefull! :)
In desert plants the root hairs are more sensitive for water absorption and can absorb water at times from the moist air present in the porous soil. The root hairs of tropical rain forest plants absorb only capillary water present in the soil.
Root hair cells obtain oxygen from the air spaces in the soil surrounding the plant roots. Oxygen diffuses through the soil and is taken up by the root hairs along with water and nutrients. This oxygen is essential for the cellular respiration and metabolic processes of the root hair cells.
Root cells obtain oxygen for respiration from the air spaces within the soil. Oxygen can diffuse through the soil and reach the roots, where it is used for aerobic respiration to produce energy for the cell.
Plants roots absorb nitrates through active transport, using specialized transport proteins. These proteins facilitate the movement of nitrates into the root cells against the concentration gradient. Once inside the cells, nitrates can be utilized for protein synthesis and other metabolic processes within the plant.
Prop roots, which are specialized aerial roots found in certain plants like mangroves, absorb water through their surface cells, which are equipped with structures called root hairs. These roots can absorb moisture from the air and soil, enhancing the plant's ability to survive in waterlogged or saline environments. By extending into the soil and air, prop roots increase the plant's stability and access to water and nutrients. Additionally, they contribute to the plant's overall resilience against environmental stressors.
the function of the prop root is achor the plant to the ground & absorb water
No, roots cannot absorb oxygen from water. Roots absorb oxygen from air that is present in the spaces between soil particles. Waterlogged soils can reduce the amount of oxygen available for roots, which can lead to stress and root damage.
Ploughing helps in root respiration by breaking up compacted soil, which allows for better air circulation and water infiltration. This creates a healthier root environment, as roots require oxygen to undergo respiration and absorb nutrients effectively. Ploughing also helps to reduce soil compaction, which can limit root growth and function.
Organisms use the oxygen they absorb from the air for their cells. The cells need this oxygen in order to carry out their functions.
Orchid roots absorb water through specialized structures called velamen roots, which are located on the outer surface of the roots. These roots are covered with a spongy tissue that helps in absorbing moisture from the air and surrounding environment, rather than directly from the soil.
Although moss does not have a true root system, it does have growths called rhizoids, which are root-like. These growths anchor moss to soil, or other surfaces. Moss draws moisture from the air.