Midrib or midvein
midrub
Midrib
Because main vein has to be strong enough to support the leaf blade.
The scientific term for the vein of a leaf is Xylem and phloem.
Reticulate venation is where lateral veins radiate away from a central vein towards the leaf margin. The areas between the lateral veins shows strong secondary veins
Leaf Apex- The outer end of the leaf Vein- Supports the leaf and transports both food and water Midrib- The central rib of the leaf Axil- Angle between the upper side of a stem and a leaf or petiole Petiole- Attaches the leaf to the plant Lamina- The blade of the leaf Stipule- Paired appendages that are found at the base of the petiole Stem- The main support of the leaf
structural support
No
Main vein, Central vein, Mid vein are all correct to a point. "Rachis" seems to be the scientifically preferred term, though. "Midrib" also sees some usage in a few types of leaf.
The scientific term for the vein of a leaf is Xylem and phloem.
Because main vein has to be strong enough to support the leaf blade.
lateral vein is hindi ko alam
lateral vein is hindi ko alam
A vein runs through the leaf and is a thin, firm structure. It looks different from the rest of the leaf, especially the thin membrane that makes up the body of the leaf.
The scientific term for the vein of a leaf is Xylem and phloem.
The leaf blade , the main vein , the veins , the stem and the leaf.
It is called a vein.
what would happen if we remove the vein from the leaf
Leaf Apex- The outer end of the leaf Vein- Supports the leaf and transports both food and water Midrib- The central rib of the leaf Axil- Angle between the upper side of a stem and a leaf or petiole Petiole- Attaches the leaf to the plant Lamina- The blade of the leaf Stipule- Paired appendages that are found at the base of the petiole Stem- The main support of the leaf