What is the function of cuticles in plants?

Cuticles prevent transpiration and protect against water loss.

What is the role of subsidiary cells in stomata?

Subsidiary cells aid in water transport and regulate stomatal function.

Secondary growth increases plant thickness and provides structural support.

Monocot roots lack secondary growth, unlike dicot roots.

Subsidiary cells play a crucial role in regulating water transport in plants.

The cuticle, a protective coating on leaves, plays a vital role in preventing transpiration by acting as a barrier. Understanding the structure and function of subsidiary cells in stomata is crucial for water movement in plants, emphasizing the importance of cuticles in maintaining water balance.
The absence of secondary growth in monocots leads to their thinner structure compared to dicots. Cambium, a key tissue responsible for secondary growth, is located between xylem and phloem, influencing the plant's overall thickness. The differentiation between monocots and dicots lies in their vascular bundles, showcasing distinct patterns of growth and development.

What is the function of cuticles in plants?
Cuticles prevent transpiration and protect against water loss.
What is the role of subsidiary cells in stomata?
Subsidiary cells aid in water transport and regulate stomatal function.
What is the significance of secondary growth in plants?
Secondary growth increases plant thickness and provides structural support.
How do monocot roots differ from dicot roots?
Monocot roots lack secondary growth, unlike dicot roots.
What is the function of subsidiary cells in water movement?
Subsidiary cells play a crucial role in regulating water transport in plants.