Transpiration. It's a bit like upthrust but for water traveling up through plants. The insides of the plant closes up so it can travel.
A Large Mineral Uptake
Water evaporates from the leaves of plants, a process known as transpiration. This prompts the plant to uptake water through its root system through osmosis.
Lateral roots are predominantly to add support to the plant, normally tall trees will have strong lateral roots (combined with a tap root system) in order to make sure the plant is not blown over. Obviously lateral roots still perform the function of normal roots in the uptake of water and nutrient's.
it is layered and it grows, it helps the hair cell when providing a greater surface area for water absorption
absorption
because absorption of water takes place by root hairs in the root
because absorption of water takes place by root hairs in the root
Transpiration. It's a bit like upthrust but for water traveling up through plants. The insides of the plant closes up so it can travel.
Because it increases the surface area of which the roots can absorb water allowing it to absorb more water than it can with root hairs.
due to active transport system
Overcrowded plants have to compete with neighboring root systems for water as well as nutrients.
I think it is the cell membrane since it is only partially permeable. :)
Uptake of large particles
Root hairs - Absorptive unicellular extensions of epidermal cells of a root. These tiny, hair-like structures function as the major site of water and mineral uptake. Root hairs are extremely delicate and subject to desiccation. Root hairs are easily destroyed in transplanting.
no. the root anchors the plant to the soil and facilitates the uptake of water and nutrient's. the immune system is a disease fighting mechanism found in plants, although not as highly evolved as the one found in animals
A Large Mineral Uptake