There are two types of vein arrangements seen in a leaf.
1. Parallel - Seen in monocots like wheat, banana and the veins are parallel to each other as the name suggests.
2. Reticulate - Seen in dicots like hibiscus and the veins are arranged in such a way that it looks like a network of veins and veinlets. (Imagine how a network of train tracks intersecting here and there will look like! ).
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Reticulated venation. This means somewhat web shaped.
The veins are branching up and down the leaf instead of branching up from a thick, center midrib.
The spaces between leaf veins are called areoles or areolae.
A leaf with branched veins.
They are the stomata.
The placement of the veins in a leaf can limit the effects of photosynthesis and transport water through the leaf and plant body. The location of the veins and the shape of the leaf are two of the factors used to determine the species of the plant.
venation
perallel veins
The veins are branching up and down the leaf instead of branching up from a thick, center midrib.
The veins in a grass leaf run parallel, marking it as a monocot
Venation is how a the leaf veins are organized. Netted venation is when there are larger veins with many smaller veins branches making a type of web pattern.
The patten of veins on a dicot leaf are called netted veins. With netted veins, several main veins begin near the base of the leaf and radiate outward.
The Veins in the leaf
leaf vessels
The network of veins is the leaf skeleton
in veins
The spaces between leaf veins are called areoles or areolae.
The fine network of lines on the undersurface of a leaf are called Veins. The water and minerals go to every part of the leaf through these Veins.