The mulberry plant (Morus spp.) typically exhibits a reticulate or net-like venation pattern in its leaves. This type of venation features a network of interconnecting veins, which enhances the leaf's structural integrity and facilitates efficient transport of nutrients and water. The arrangement of veins can vary depending on the specific species of mulberry.
The leaf of a chili plant has pinnately reticulate venation.
Leaves of a plant with fibrous roots are likely to have parallel venation, where the veins run parallel to each other along the length of the leaf. This type of venation is common in monocots like grasses and lilies, which also typically have fibrous root systems.
Tomato plants exhibit a pinnate venation pattern, characterized by a central midrib with smaller secondary veins branching off from it, resembling a feather. This type of venation allows for efficient transport of water and nutrients throughout the leaves. The overall structure is well-suited for the plant's growth and photosynthesis needs.
Basil leaves exhibit a type of venation known as "pinnate venation," rather than parallel venation. In pinnate venation, there is a central midrib with smaller veins branching off from it. On the other hand, parallel venation, where veins run parallel to each other, is commonly found in grasses and some other plant families. Therefore, basil does not have parallel venation.
The gaurd cells of stomata in rose plant are kidney shaped.
The leaf of a chili plant has pinnately reticulate venation.
money plant have parallel venation
Banana plant leaves have parallel venation.
No, it has parallel venation.
Leaves of a plant with fibrous roots are likely to have parallel venation, where the veins run parallel to each other along the length of the leaf. This type of venation is common in monocots like grasses and lilies, which also typically have fibrous root systems.
It is reticulate type.
parallel venation
A sadabahar plant (Catharanthus roseus) usually has reticulate venation, where the veins form a network pattern throughout the leaves.
Ajwain plant has reticulate venation. Reticulate venation is characterized by a network of veins that branch out and interconnect, forming a delicate pattern resembling a net.
Paddy plants typically have parallel venation, where the veins on the leaf run parallel to each other from the base to the tip of the leaf. This type of venation helps in efficient water and nutrient distribution throughout the leaf surface, which is beneficial for the plant's growth in waterlogged conditions.
Tomato plants exhibit a pinnate venation pattern, characterized by a central midrib with smaller secondary veins branching off from it, resembling a feather. This type of venation allows for efficient transport of water and nutrients throughout the leaves. The overall structure is well-suited for the plant's growth and photosynthesis needs.
the leaf of a maize plant has parallel venation