Master this deck with 20 terms through effective study methods.
transport of water in plants
They increase surface area for efficient uptake.
It moves water from lower to higher solute concentration.
Water travels through root hairs, cortex, and then to xylem.
Their long, thin shape enhances surface area for absorption.
It protects the growing root from soil friction.
They are continuously replaced due to wear from soil.
Higher pressure at the top aids upward water flow.
It creates a pull that draws water upward through the plant.
They are centrally located for efficient water transport.
They drive osmosis, crucial for efficient uptake.
They increase surface area for better absorption of water and minerals.
Water moves from high to low water potential through osmosis.
Symplastic involves cell cytoplasm, while apoplastic moves through cell walls.
Transpiration creates negative pressure that pulls water upward.
The movement of solvent through a semi-permeable membrane toward higher solute concentration.
It encounters less resistance than the symplastic pathway.
It generates suction that facilitates upward water movement against gravity.
Their elongated shape maximizes contact with soil moisture.
It moves toward the xylem vessels for distribution.
It forces water into the symplastic pathway before entering the xylem.