parallel
Leaf venation refers to the pattern of veins in a leaf. There are two main types of leaf venation: parallel venation, where the veins run alongside each other in a parallel pattern, and reticulate venation, where the veins branch and form a network-like pattern across the leaf. The type of venation can be used as a characteristic for identifying plant species.
Cassia leaf has reticulate venation. This type of venation is generally found in dicot leaves.
A tulsi leaf typically exhibits pinnate venation, where the veins are arranged in a feather-like pattern with one main midvein and secondary veins branching off from it. This helps in transporting water and nutrients throughout the leaf efficiently.
Alternate phyllotaxy
Dicotyledonous leaf have reticulate venation and monocotyledonous leaf have parallel venation.
Spring onions, like many other members of the Allium genus, exhibit parallel venation. This means that the leaf veins run parallel to each other, extending along the length of the leaves. This type of venation is characteristic of monocotyledonous plants, which includes grasses and lilies. The parallel veins help support the structure of the leaves while allowing for efficient transport of water and nutrients.
what venation is a maple leaf
parallel venation
Lemon leaf has reticulate venation
reticulate leaf venation
Leaf venation refers to the pattern of veins in a leaf. There are two main types of leaf venation: parallel venation, where the veins run alongside each other in a parallel pattern, and reticulate venation, where the veins branch and form a network-like pattern across the leaf. The type of venation can be used as a characteristic for identifying plant species.
Cassia leaf has reticulate venation. This type of venation is generally found in dicot leaves.
It is reticulate venation .
what venation is a maple leaf
reticulate
A tulsi leaf typically exhibits pinnate venation, where the veins are arranged in a feather-like pattern with one main midvein and secondary veins branching off from it. This helps in transporting water and nutrients throughout the leaf efficiently.
Grasses have parallel venation in their leaves, where the veins run parallel to each other from the base to the tip of the leaf. This venation pattern helps to efficiently transport water and nutrients throughout the leaf, which is important for the grass's growth and photosynthesis.