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Tripinnate:
It is a leaf in which the secondary rachii are branched to form tertiary rachii which in turn bear the leaflets. Such a leaf is said to be tripinnate. E.g., drumstick (Moringa)
What else can I help you with?
What kind of venation does drumstick leaves have?
Drumstick leaves have pinnate venation, where the midrib runs along the center of the leaf with smaller veins branching off horizontally on either side.
What type of venation does radish leaves have?
parellel venation
Do all dicot leaves have netted venation?
No, not all dicot leaves have netted venation. While most dicot leaves do have netted venation, some dicot leaves have parallel venation, particularly those in the families Araceae and Arecaceae.
What is the leaf venation of a grass?
Grass leaves have parallel venation .
What is the venation of grass leaf?
Grass leaves have parallel venation .
Do coriander leaves have reticulate venation?
Yes, it has a Reticulate Venation.
Maize has a reticulate venation?
no,maize have parallel venation in leaves
Which venation is seen in almond leaves?
reticuate venation
How many types of venation are there?
There are three main types of venation in plants: parallel venation, pinnate venation, and palmate venation. These venation patterns refer to the arrangement of veins in the leaves.
What kind of venation does pine leaves have?
Pine leaves have parallel venation, where the veins of the leaf run parallel to each other from the base to the tip of the leaf. This venation helps in the efficient transport of water and nutrients throughout the leaf.
Do gram leaves have parallel or reticulate venation?
the venation of the plant mostly depend on the roots if a plant has fibrous roots the venation will be parallel, but if the plant has tap root the venation will bereticulate and since gram has tap root it maybe having reticulate venation.
Does tulsi plant leaves have reticulate venation?
Yes, Tulsi plant leaves typically have reticulate venation, which means the veins branch off from a central midrib and form a network throughout the leaf. This pattern helps in the efficient transport of water, minerals, and nutrients within the leaf.
