The periderm is composed of three layers: cork (phellem) on the outside, cork cambium (phellogen) in the middle, and phelloderm on the inside. The periderm serves as a protective layer in woody plants to replace the epidermis as the plant matures.
Secondary growth in cortical region forms secondary cortex inside and periderm outside the cortical cambium
MONOCOT
Betel leaf - MONOCOT
The periderm is the secondary protective (dermal) tissue that replaces the epidermis during growth in thickness of stems and roots of gymnosperms and dicotyledons (i.e., secondary growth). Unlike the epidermis, the periderm is a multilayered tissue system, the bulk of which usually constitutes the cork, or phellem.
The monocots like the maize produce the cork cambium monocot.
Periderm, also known as bark is the outermost layer of stems and roots of woody plants.
The periderm is composed of three layers: cork (phellem) on the outside, cork cambium (phellogen) in the middle, and phelloderm on the inside. The periderm serves as a protective layer in woody plants to replace the epidermis as the plant matures.
yes, they are flowering plants and produce seed
Secondary growth in cortical region forms secondary cortex inside and periderm outside the cortical cambium
Monocot trees like palms have soft ground tissues in their stems without branching and produce very large inflorescence and crown of leaves.
dicot
A lenticel is a specialized pore found in the periderm that allows for gas exchange in woody stems and roots. The remainder of the periderm includes the cork cambium and cork cells, which form the protective outer layer of the plant. Lenticels are distinct in their role of facilitating gas exchange, while the rest of the periderm acts as a barrier to protect underlying tissues.
What role does the periderms play in
Grass is a monocot plant.
monocot
MONOCOT