Monocot leaves possess a) intercalary meristem b) lateral meristem c) apical meristem d) mass meristem ( ans is a but why)?

Question

Answer

Intercalary meristem because during growth some region are leaving in monocote plant and after sometime produce leave through intercalary meristem. we can see easily in grass when animal eat uper leave of grass.

Answer

Monocots leaves possess intercalary meristem becz they are responsible for localised growth It is derived from apical meristem and separated from the same by permanent cells

Answer

Intercalary meristem help leaves to grow back after mowing

Answer

Intercalary meristems are derived from the apical meristems and separated from the same by permanent cells. These meristems occur at leaf bases and above or below the nodes (e.g. grass, mint). They help in elongation of leaves and internodes besides allowing the prostrate stems to become erect.

Answer

1) becoz intercalary meristem is present at the base of internode of monocot stems..
e.g.- grasses..
2)also present at the base of node....
e.g.- mint...
3) at the base of leaves...

Answer

Monocot leaves possess intercalary meristem.

Explanation:

Intercalary Meristem:
Intercalary meristem is a type of meristem found in monocot plants, which includes grasses, lilies, and orchids. It is responsible for the growth and development of leaves in these plants.

Location:
Intercalary meristem is located at the base of the leaves, between the leaf sheath and the blade. It is found at the junction of the stem and the leaf, also known as the node.

Function:
The intercalary meristem is responsible for the elongation and growth of the leaf blade. It allows the leaf to continue growing even after it has emerged from the leaf sheath. This unique feature enables monocot plants to have long, slender leaves that are characteristic of their growth pattern.

Growth Pattern:
In monocots, the intercalary meristem helps in the continuous growth of the leaf from its base. As the leaf elongates, new cells are added to the base of the leaf, allowing it to grow in length. This growth pattern is different from dicot leaves, which primarily grow from the apical meristem located at the tip of the leaf.

Leaf Structure:
Monocot leaves have parallel veins and a sheath surrounding the stem. The intercalary meristem is responsible for the elongation of the leaf blade, which contributes to the overall structure and shape of monocot leaves.

Regeneration Ability:
Intercalary meristem also plays a crucial role in the regeneration ability of monocot leaves. If the leaf blade is damaged or removed, the intercalary meristem can initiate the growth of a new leaf blade, ensuring the survival and growth of the plant.

In conclusion, monocot leaves possess intercalary meristem, which is responsible for the elongation and growth of the leaf blade. This unique type of meristem allows monocots to have long, slender leaves and enables the regeneration of damaged or removed leaf blades.

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