A researcher observes that water absorption by roots is significantly reduced when the plant is treated with a respiratory inhibitor. Which of the following best explains this observation?
Respiratory inhibitors directly block aquaporin function, preventing water movement.
Respiration is essential for maintaining root cell turgidity, which is directly linked to water absorption.
Active transport of ions into the root cells requires energy, creating a water potential gradient that drives water uptake.
Inhibition of respiration disrupts the cohesion-tension theory, preventing water movement through the xylem.
Related Questions
    Which part of root absorbs both water and minerals?
    Zone of cell differentiation
Zone of cell formation
Zone of cell elongation
Terminal portion of root
Which one is not the job of zone of cell differentiation in roots?
Mineral uptake
Water uptake
Carbon dioxide uptake
Oxygen uptake
    Both minerals and water are absorbed by
    Zone of elongation in root
    Growing point in root
    Root hair zone
Zone of mature cells
Which one is not the job of zone of cell differentiation in roots?
Mineral uptake
Water uptake
Carbon dioxide uptake
Oxygen uptake
Which part of the root is primarily responsible for water absorption?
Root cap
Root hairs
Xylem
Phloem
