How does xylem affect turgor pressure?

Plants have structures called xylem, which are essentially tubes that are used for transporting materials upward within the plant.

Transpiration, or the evaporative loss of water from leaves, stems, and flowers, creates a suction that draws water into terrestrial plants' bodies through capillary action and the roots.

Think of a water balloon: more water inside means more pressure, and less water means less pressure. Turgor pressure is the pressure that is produced when a cell contains more water.

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Although osmotic water entry into plant cells is the primary mechanism that maintains turgor pressure, xylem plays an important role in transporting water and minerals from the roots to the rest of the plant, which indirectly affects turgor pressure by guaranteeing a sufficient water supply for cell expansion and osmotic balance maintenance.